In a patient with peripheral hormonal insufficiency, what biological profile indicates primary glandular rather than central damage?
A
Low peripheral hormone with high pituitary stimulating hormone
B
Low peripheral hormone with low pituitary stimulating hormone
C
Elevated peripheral hormone with elevated pituitary hormone
D
Normal peripheral hormone with collapsed pituitary hormone
Explanation: explanation: The coupling “low peripheral hormone + high pituitary stimulation” indicates the peripheral origin. A low stimulus with low peripheral hormone (B) suggests central damage (pituitary/hypothalamic). Profiles C and D do not correspond to peripheral insufficiency.
source_reference: Endocrine semiology (Pr.Boudaoud); Regulation and exploration of the endocrine system (Dr.Kaouache); Exploration of the anterior pituitary (Pr. Nouri)
source_course_title: Endocrine semiology (Pr.Boudaoud); Regulation and exploration of the endocrine system (Dr.Kaouache); Exploration of the anterior pituitary (Pr. Nouri)
theme: Primary vs. secondary involvement
difficulty: medium
submodule_key: y5_endocrino_semiologie_endocrine_explorations
module_title: 5th year · Endocrinology · Semiology and endocrine explorations
What is the principle indication for a dynamic stimulation test in endocrinology?
A
Confirm secretory insufficiency when the basal dosage is borderline or inconclusive
B
Systematically replace any basic hormonal dosage
C
Affirm hyperfunction by a simple single static dosage
D
Assess renal function independently of the hormonal axis
Explanation: explanation: Stimulation tests serve to unmask an insufficiency (reserve), braking tests to unmask secretory autonomy. They complement and do not replace the basal dosage (B false). Autonomic hyperfunction is rather confirmed by braking, not by isolated static dosage (C). D is off topic.
source_reference: Endocrine semiology (Pr.Boudaoud); Regulation and exploration of the endocrine system (Dr.Kaouache); Exploration of the anterior pituitary (Pr. Nouri)
source_course_title: Endocrine semiology (Pr.Boudaoud); Regulation and exploration of the endocrine system (Dr.Kaouache); Exploration of the anterior pituitary (Pr. Nouri)
theme: Basal dosing vs dynamic testing
difficulty: medium
submodule_key: y5_endocrino_semiologie_endocrine_explorations
module_title: 5th year · Endocrinology · Semiology and endocrine explorations
What biological argument distinguishes autonomous hormonal secretion from physiological reaction hypersecretion?
A
Absence of hormone braking during a suitable braking test
B
Complete suppression of the hormone after physiological stimulation
C
Joint and proportional elevation of the stimulus and the target hormone
D
Spontaneous normalization of dosage at rest
Explanation: explanation: Autonomy is defined by escape from retrocontrol: no braking. A physiological response remains brakeable (B, D describe a conserved regulation). A proportionate stimulus/hormone elevation (C) suggests inappropriate secretion of central origin, not peripheral autonomy.
source_reference: Endocrine semiology (Pr.Boudaoud); Regulation and exploration of the endocrine system (Dr.Kaouache); Exploration of the anterior pituitary (Pr. Nouri)
source_course_title: Endocrine semiology (Pr.Boudaoud); Regulation and exploration of the endocrine system (Dr.Kaouache); Exploration of the anterior pituitary (Pr. Nouri)
theme: Autonomic secretion vs physiological stimulation
difficulty: difficult
submodule_key: y5_endocrino_semiologie_endocrine_explorations
module_title: 5th year · Endocrinology · Semiology and endocrine explorations
A so-called tertiary endocrine attack corresponds to a lesion located at the level:
A
Hypothalamic, upstream of the pituitary gland
B
From the target peripheral gland itself
C
From the anterior pituitary exclusively
D
Effector organs downstream of the target gland
Explanation: explanation: The classic staging is: primary = peripheral gland, secondary = pituitary, tertiary = hypothalamus. B corresponds to primary, C to secondary, D does not enter into this axis classification.
source_reference: Endocrine semiology (Pr.Boudaoud); Regulation and exploration of the endocrine system (Dr.Kaouache); Exploration of the anterior pituitary (Pr. Nouri)
source_course_title: Endocrine semiology (Pr.Boudaoud); Regulation and exploration of the endocrine system (Dr.Kaouache); Exploration of the anterior pituitary (Pr. Nouri)
theme: Tertiary involvement
difficulty: medium
submodule_key: y5_endocrino_semiologie_endocrine_explorations
module_title: 5th year · Endocrinology · Semiology and endocrine explorations
What biological picture suggests peripheral hormonal resistance rather than simple glandular hyperfunction?
A
High hormonal level contrasting with clinical signs of action deficiency
B
Collapsed hormonal levels with clear signs of hyperfunction
C
Normal hormonal level without any clinical abnormality
D
Stimulus rate collapsed with elevated peripheral hormone
Explanation: explanation: In resistance, the hormone is high but ineffective at the receptor level, hence the high hormone/low tissue effect contrast. B is contradictory, C is normal, D describes an autonomic hypersecretion slowing down stimulation.
source_reference: Endocrine semiology (Pr.Boudaoud); Regulation and exploration of the endocrine system (Dr.Kaouache); Exploration of the anterior pituitary (Pr. Nouri)
source_course_title: Endocrine semiology (Pr.Boudaoud); Regulation and exploration of the endocrine system (Dr.Kaouache); Exploration of the anterior pituitary (Pr. Nouri)
theme: Hyperfunction vs hormonal resistance
difficulty: medium
submodule_key: y5_endocrino_semiologie_endocrine_explorations
module_title: 5th year · Endocrinology · Semiology and endocrine explorations
Which of the following statements regarding the exploration of the hypothalamic-pituitary axes are correct?
A
The coupled target hormone/stimuli dosage directs towards the level reached
B
Brake tests explore the autonomy of hypersecretion
C
Stimulation tests explore the reserve of a gland suspected of insufficiency
D
An isolated static dosage is always sufficient to confirm central involvement
Explanation: explanation: A is correct: interpreting hormones and stimuli together locates the stage. B is correct: braking tests autonomy. This is correct: stimulation tests the reserve. D is false: an isolated static dosage is often insufficient to confirm central damage, which sometimes requires dynamic tests.
source_reference: Endocrine semiology (Pr.Boudaoud); Regulation and exploration of the endocrine system (Dr.Kaouache); Exploration of the anterior pituitary (Pr. Nouri)
source_course_title: Endocrine semiology (Pr.Boudaoud); Regulation and exploration of the endocrine system (Dr.Kaouache); Exploration of the anterior pituitary (Pr. Nouri)
theme: Exploring the axes
difficulty: difficult
submodule_key: y5_endocrino_semiologie_endocrine_explorations
module_title: 5th year · Endocrinology · Semiology and endocrine explorations
Concerning the semiology of endocrine hyper and hypofunction, which propositions are correct?
A
Hyperfunction results in an exaggeration of the physiological effects of the hormone
B
Hypofunction results in a defect in the physiological effects of the hormone
C
An isolated biological abnormality always amounts to a patent clinical syndrome
D
The clinical expression may precede or follow the biological abnormality
Explanation: explanation: A and B describe basic semiological logic. D is correct: clinical and biology are not always synchronous. This is false: an isolated biological anomaly (rude/subclinical form) does not necessarily imply a complete clinical syndrome.
source_reference: Endocrine semiology (Pr.Boudaoud); Regulation and exploration of the endocrine system (Dr.Kaouache); Exploration of the anterior pituitary (Pr. Nouri)
source_course_title: Endocrine semiology (Pr.Boudaoud); Regulation and exploration of the endocrine system (Dr.Kaouache); Exploration of the anterior pituitary (Pr. Nouri)
theme: Signs of hyper and hypofunction
difficulty: medium
submodule_key: y5_endocrino_semiologie_endocrine_explorations
module_title: 5th year · Endocrinology · Semiology and endocrine explorations
A moderate hormonal elevation discovered on a systematic assessment, without any clinical signs, should first be considered:
A
A subclinical form or an artifact to be confirmed before any labeling
B
A patent hyperfunction syndrome requiring an immediate diagnosis with certainty
C
Systematic peripheral hormonal resistance
D
Tertiary hypothalamic damage from the outset
Explanation: explanation: The correct approach is to confirm the anomaly (reproducibility, sampling conditions) and to confront it in the clinic. To immediately conclude that there is a patent disease (B), resistance (C) or tertiary damage (D) would be premature.
source_reference: Endocrine semiology (Pr.Boudaoud); Regulation and exploration of the endocrine system (Dr.Kaouache); Exploration of the anterior pituitary (Pr. Nouri)
source_course_title: Endocrine semiology (Pr.Boudaoud); Regulation and exploration of the endocrine system (Dr.Kaouache); Exploration of the anterior pituitary (Pr. Nouri)
theme: Isolated biological abnormality vs clinical syndrome
difficulty: medium
submodule_key: y5_endocrino_semiologie_endocrine_explorations
module_title: 5th year · Endocrinology · Semiology and endocrine explorations
Explain the difference between primary, secondary and tertiary endocrinopathy, specifying the expected hormonal profile for each.
Explanation: explanation: The central educational point is feedback: discordance of the two dosages = peripheral origin; concordance = central origin.
source_reference: Endocrine semiology (Pr.Boudaoud); Regulation and exploration of the endocrine system (Dr.Kaouache); Exploration of the anterior pituitary (Pr. Nouri)
source_course_title: Endocrine semiology (Pr.Boudaoud); Regulation and exploration of the endocrine system (Dr.Kaouache); Exploration of the anterior pituitary (Pr. Nouri)
theme: Primary vs secondary vs tertiary
difficulty: medium
submodule_key: y5_endocrino_semiologie_endocrine_explorations
module_title: 5th year · Endocrinology · Semiology and endocrine explorations
Diabetes mellitus is basically defined as:
A
Chronic hyperglycemia linked to a defect in insulin secretion and/or action
B
Polyuria linked to a defect in antidiuretic hormone
C
Chronic hypoglycemia due to excess insulin
D
Isolated glycosuria without blood sugar abnormality
Explanation: explanation: B describes diabetes insipidus (ADH deficiency), a homonymous but distinct disease. It is the opposite of diabetes mellitus. D is false because glycosuria is a consequence and not the definition, and occurs beyond a glycemic threshold.
source_reference: Definition and classification of diabetes mellitus (Pr.Nouri; Pr.Lezzar; Dr.Zaioua); Semiology of diabetes (Pr.Boudaoud); Exploration of recently discovered diabetes (Dr.Khodja)
source_course_title: Definition and classification of diabetes mellitus (Pr.Nouri; Pr.Lezzar; Dr.Zaioua); Semiology of diabetes (Pr.Boudaoud); Exploration of recently discovered diabetes (Dr.Khodja)
theme: Definition
difficulty: easy
submodule_key: y5_endocrino_diabete_definition_classification_diagnostic
module_title: 5th year · Endocrinology · Diabetes mellitus: definition, classification and diagnosis
What physiopathological mechanism mainly characterizes type 1 diabetes?
A
Absolute insulinopenia due to autoimmune destruction of beta cells
B
Predominant insulin resistance with initially preserved insulin secretion
C
Primary excess glucagon secretion isolated
D
Isolated resistance to growth hormone
Explanation: explanation: B characterizes T2D (insulin resistance + relative insulinopenia). C and D do not correspond to the central mechanism of type 1 diabetes.
source_reference: Definition and classification of diabetes mellitus (Pr.Nouri; Pr.Lezzar; Dr.Zaioua); Semiology of diabetes (Pr.Boudaoud); Exploration of recently discovered diabetes (Dr.Khodja)
source_course_title: Definition and classification of diabetes mellitus (Pr.Nouri; Pr.Lezzar; Dr.Zaioua); Semiology of diabetes (Pr.Boudaoud); Exploration of recently discovered diabetes (Dr.Khodja)
theme: DT1 vs DT2 - mechanism
difficulty: medium
submodule_key: y5_endocrino_diabete_definition_classification_diagnostic
module_title: 5th year · Endocrinology · Diabetes mellitus: definition, classification and diagnosis
Diabetic cardinal syndrome typically associates:
A
Polyuro-polydipsia, weight loss and polyphagia
B
Bradycardia, hypothermia and constipation
C
Lower limb edema and rapid weight gain
D
High blood pressure and isolated headaches
Explanation: explanation: B suggests hypothyroidism, C salt and water retention, D a cause of hypertension: none is cardinal diabetic syndrome.
source_reference: Definition and classification of diabetes mellitus (Pr.Nouri; Pr.Lezzar; Dr.Zaioua); Semiology of diabetes (Pr.Boudaoud); Exploration of recently discovered diabetes (Dr.Khodja)
source_course_title: Definition and classification of diabetes mellitus (Pr.Nouri; Pr.Lezzar; Dr.Zaioua); Semiology of diabetes (Pr.Boudaoud); Exploration of recently discovered diabetes (Dr.Khodja)
theme: Cardinal syndrome
difficulty: medium
submodule_key: y5_endocrino_diabete_definition_classification_diagnostic
module_title: 5th year · Endocrinology · Diabetes mellitus: definition, classification and diagnosis
Faced with hyperglycemia discovered following a severe infection, what element points towards hyperglycemia caused by stress rather than genuine diabetes?
A
Glycemic normalization after resolution of the acute episode, with normal previous balance marker
B
Persistence of long-term elevated hyperglycemia with marker of high previous glycemic control
C
Presence of massive ketosis from the outset in a young subject
D
Multiple family history of first-degree diabetes
Explanation: explanation: A marker of high glycemic balance (reflection of previous weeks) argues on the contrary for pre-existing diabetes (B). Ketosis (C) and heredity (D) point to real diabetes, not stress.
source_reference: Definition and classification of diabetes mellitus (Pr.Nouri; Pr.Lezzar; Dr.Zaioua); Semiology of diabetes (Pr.Boudaoud); Exploration of recently discovered diabetes (Dr.Khodja)
source_course_title: Definition and classification of diabetes mellitus (Pr.Nouri; Pr.Lezzar; Dr.Zaioua); Semiology of diabetes (Pr.Boudaoud); Exploration of recently discovered diabetes (Dr.Khodja)
theme: Stress hyperglycemia vs diabetes
difficulty: difficult
submodule_key: y5_endocrino_diabete_definition_classification_diagnostic
module_title: 5th year · Endocrinology · Diabetes mellitus: definition, classification and diagnosis
Gestational diabetes is distinguished from unrecognized pre-existing diabetes essentially by:
A
Its appearance or first discovery during pregnancy, without known previous anomaly
B
The systematic presence of an inaugural ketosis
C
Constant autoimmune absolute insulinopenia
D
Strictly normal blood sugar levels throughout pregnancy
Explanation: explanation: Unrecognized pre-existing diabetes may be present before conception. Ketosis (B) and autoimmunity (C) do not define it, and blood sugar is not normal by definition (D).
source_reference: Definition and classification of diabetes mellitus (Pr.Nouri; Pr.Lezzar; Dr.Zaioua); Semiology of diabetes (Pr.Boudaoud); Exploration of recently discovered diabetes (Dr.Khodja)
source_course_title: Definition and classification of diabetes mellitus (Pr.Nouri; Pr.Lezzar; Dr.Zaioua); Semiology of diabetes (Pr.Boudaoud); Exploration of recently discovered diabetes (Dr.Khodja)
theme: Gestational diabetes
difficulty: medium
submodule_key: y5_endocrino_diabete_definition_classification_diagnostic
module_title: 5th year · Endocrinology · Diabetes mellitus: definition, classification and diagnosis
What clinical elements point towards type 1 diabetes rather than type 2 upon discovery?
A
Often rapid onset with frank cardinal syndrome
B
Tendency toward spontaneous ketosis
C
Overweight/obesity android with slow and insidious installation
D
Young age and marked weight loss at diagnosis
Explanation: explanation: A, B and D are classic arguments for type 1 (noisy onset, ketosis, young and thin subject). C, on the contrary, describes the usual profile of type 2 (slow onset, excess weight, insulin resistance).
source_reference: Definition and classification of diabetes mellitus (Pr.Nouri; Pr.Lezzar; Dr.Zaioua); Semiology of diabetes (Pr.Boudaoud); Exploration of recently discovered diabetes (Dr.Khodja)
source_course_title: Definition and classification of diabetes mellitus (Pr.Nouri; Pr.Lezzar; Dr.Zaioua); Semiology of diabetes (Pr.Boudaoud); Exploration of recently discovered diabetes (Dr.Khodja)
theme: DT1 vs DT2 orientation
difficulty: difficult
submodule_key: y5_endocrino_diabete_definition_classification_diagnostic
module_title: 5th year · Endocrinology · Diabetes mellitus: definition, classification and diagnosis
Which of the statements opposing diabetes mellitus and diabetes insipidus are correct?
A
Diabetes mellitus involves hyperglycemia, diabetes insipidus does not.
B
Diabetes insipidus is linked to an abnormality of antidiuretic hormone or its action
C
Diabetes mellitus causes osmotic polyuria with glycosuria
D
Diabetes insipidus is typically accompanied by major glycosuria
Explanation: explanation: A, B and C correctly distinguish the two entities: hyperglycemia and osmotic polyuria for sweet, ADH abnormality for tasteless. D is false: diabetes insipidus causes aqueous polyuria without glycosuria.
source_reference: Definition and classification of diabetes mellitus (Pr.Nouri; Pr.Lezzar; Dr.Zaioua); Semiology of diabetes (Pr.Boudaoud); Exploration of recently discovered diabetes (Dr.Khodja)
source_course_title: Definition and classification of diabetes mellitus (Pr.Nouri; Pr.Lezzar; Dr.Zaioua); Semiology of diabetes (Pr.Boudaoud); Exploration of recently discovered diabetes (Dr.Khodja)
theme: Diabetes mellitus vs diabetes insipidus
difficulty: medium
submodule_key: y5_endocrino_diabete_definition_classification_diagnostic
module_title: 5th year · Endocrinology · Diabetes mellitus: definition, classification and diagnosis
When exploring newly discovered diabetes, what is the main objective of the initial assessment apart from diagnostic confirmation?
A
Type diabetes and immediately look for complications and associated risk factors
B
Immediately affirm a surgical indication
C
Replace subsequent monitoring with a single examination
D
Formally eliminate any hormonal cause with a single dosage
Explanation: explanation: Diabetes can be revealed late, already complicated: hence the initial screening. B and C are unsuitable; D overestimates the value of an isolated dosage.
source_reference: Definition and classification of diabetes mellitus (Pr.Nouri; Pr.Lezzar; Dr.Zaioua); Semiology of diabetes (Pr.Boudaoud); Exploration of recently discovered diabetes (Dr.Khodja)
source_course_title: Definition and classification of diabetes mellitus (Pr.Nouri; Pr.Lezzar; Dr.Zaioua); Semiology of diabetes (Pr.Boudaoud); Exploration of recently discovered diabetes (Dr.Khodja)
theme: Exploration of recent discovery
difficulty: medium
submodule_key: y5_endocrino_diabete_definition_classification_diagnostic
module_title: 5th year · Endocrinology · Diabetes mellitus: definition, classification and diagnosis
List and prioritize the hypotheses to be raised in the face of recently discovered hyperglycemia, distinguishing between genuine diabetes and transient causes.
Explanation: explanation: The major pitfall is to confuse stress hyperglycemia (transient) with true diabetes (chronic).
source_reference: Definition and classification of diabetes mellitus (Pr.Nouri; Pr.Lezzar; Dr.Zaioua); Semiology of diabetes (Pr.Boudaoud); Exploration of recently discovered diabetes (Dr.Khodja)
source_course_title: Definition and classification of diabetes mellitus (Pr.Nouri; Pr.Lezzar; Dr.Zaioua); Semiology of diabetes (Pr.Boudaoud); Exploration of recently discovered diabetes (Dr.Khodja)
theme: Differential diagnosis hyperglycemia
difficulty: medium
submodule_key: y5_endocrino_diabete_definition_classification_diagnostic
module_title: 5th year · Endocrinology · Diabetes mellitus: definition, classification and diagnosis
What measure constitutes the basis for initial management of recent, uncomplicated type 2 diabetes?
A
Hygiene-dietary measures (diet, physical activity) associated with education
B
Intensive insulin therapy from the outset in all patients
C
Synthetic antithyroid treatment
D
Long-term corticosteroid therapy
Explanation: explanation: Insulin is not systematically administered from the start in T2D (B). Antithyroids (C) and corticosteroids (D) are off-label and would worsen glycemic control.
source_reference: Treatment of type 2 diabetes mellitus (Pr. Nouri); Non-insulin antidiabetics (Dr.Kaouache); Insulin therapy (Pr.Khensal; Pr.Nouri); Therapeutic strategy for type 2 diabetes (Dr.Kaouache)
source_course_title: Treatment of type 2 diabetes mellitus (Pr. Nouri); Non-insulin antidiabetics (Dr.Kaouache); Insulin therapy (Pr.Khensal; Pr.Nouri); Therapeutic strategy for type 2 diabetes (Dr.Kaouache)
theme: First stage DT2
difficulty: medium
submodule_key: y5_endocrino_diabetes_treatment_insulinotherapie_antidiabetics
module_title: 5th year · Endocrinology · Treatment of diabetes, insulin therapy and antidiabetics
Which of the following classes is usually considered a first-line oral antidiabetic agent in type 2 diabetes in the absence of contraindication?
A
Biguanides
B
Thyroid hormones
C
Glucocorticoids
D
Loop diuretics
Explanation: explanation: Thyroid hormones (B), corticosteroids (C) and diuretics (D) are not antidiabetics; Corticosteroids and certain diuretics can even be hyperglycemic.
source_reference: Treatment of type 2 diabetes mellitus (Pr. Nouri); Non-insulin antidiabetics (Dr.Kaouache); Insulin therapy (Pr.Khensal; Pr.Nouri); Therapeutic strategy for type 2 diabetes (Dr.Kaouache)
source_course_title: Treatment of type 2 diabetes mellitus (Pr. Nouri); Non-insulin antidiabetics (Dr.Kaouache); Insulin therapy (Pr.Khensal; Pr.Nouri); Therapeutic strategy for type 2 diabetes (Dr.Kaouache)
theme: First-line antidiabetic
difficulty: medium
submodule_key: y5_endocrino_diabetes_treatment_insulinotherapie_antidiabetics
module_title: 5th year · Endocrinology · Treatment of diabetes, insulin therapy and antidiabetics
What is the main mechanism of action attributed to biguanides?
A
Reduced hepatic glucose production and improved insulin sensitivity
B
Direct stimulation of insulin secretion by beta cells
C
Inhibition of tubular sodium reabsorption
D
Blocking thyroid hormone synthesis
Explanation: explanation: Direct stimulation of insulin secretion (B) characterizes insulin secretors. C and D do not correspond to the biguanide mechanism.
source_reference: Treatment of type 2 diabetes mellitus (Pr. Nouri); Non-insulin antidiabetics (Dr.Kaouache); Insulin therapy (Pr.Khensal; Pr.Nouri); Therapeutic strategy for type 2 diabetes (Dr.Kaouache)
source_course_title: Treatment of type 2 diabetes mellitus (Pr. Nouri); Non-insulin antidiabetics (Dr.Kaouache); Insulin therapy (Pr.Khensal; Pr.Nouri); Therapeutic strategy for type 2 diabetes (Dr.Kaouache)
theme: Mechanism of biguanides
difficulty: difficult
submodule_key: y5_endocrino_diabetes_treatment_insulinotherapie_antidiabetics
module_title: 5th year · Endocrinology · Treatment of diabetes, insulin therapy and antidiabetics
In what situation is insulin therapy essential and not optional?
A
Type 1 diabetes, due to absolute insulinopenia
B
Recent type 2 diabetes controlled by health and diet measures
C
Resolving isolated transient stress hyperglycemia
D
Glucose intolerance without proven diabetes
Explanation: explanation: In recent balanced T2DM (B), insulin is not essential from the outset. Stress hyperglycemia (C) and glucose intolerance (D) do not require insulin therapy in principle.
source_reference: Treatment of type 2 diabetes mellitus (Pr. Nouri); Non-insulin antidiabetics (Dr.Kaouache); Insulin therapy (Pr.Khensal; Pr.Nouri); Therapeutic strategy for type 2 diabetes (Dr.Kaouache)
source_course_title: Treatment of type 2 diabetes mellitus (Pr. Nouri); Non-insulin antidiabetics (Dr.Kaouache); Insulin therapy (Pr.Khensal; Pr.Nouri); Therapeutic strategy for type 2 diabetes (Dr.Kaouache)
theme: Insulin indication
difficulty: medium
submodule_key: y5_endocrino_diabetes_treatment_insulinotherapie_antidiabetics
module_title: 5th year · Endocrinology · Treatment of diabetes, insulin therapy and antidiabetics
What is the major iatrogenic risk common to insulins and insulin secretors?
A
Hypoglycemia
B
Ketoacidosis due to insulin deficiency
C
Spontaneous hyperosmolar coma
D
Direct acute retinopathy
Explanation: explanation: Ketoacidosis (B) and hyperosmolarity (C) reflect insufficient treatment/insulinopenia, not excess. Retinopathy (D) is a chronic complication, not an acute effect of treatment.
source_reference: Treatment of type 2 diabetes mellitus (Pr. Nouri); Non-insulin antidiabetics (Dr.Kaouache); Insulin therapy (Pr.Khensal; Pr.Nouri); Therapeutic strategy for type 2 diabetes (Dr.Kaouache)
source_course_title: Treatment of type 2 diabetes mellitus (Pr. Nouri); Non-insulin antidiabetics (Dr.Kaouache); Insulin therapy (Pr.Khensal; Pr.Nouri); Therapeutic strategy for type 2 diabetes (Dr.Kaouache)
theme: Major adverse effect
difficulty: medium
submodule_key: y5_endocrino_diabetes_treatment_insulinotherapie_antidiabetics
module_title: 5th year · Endocrinology · Treatment of diabetes, insulin therapy and antidiabetics
Regarding the goals of treating type 2 diabetes, which propositions are correct?
A
Glycemic control is a goal, but not the only one
B
Management of cardiovascular risk factors is an integral part of treatment
C
Therapeutic education and self-monitoring are essential principles
D
Blood sugar control alone is enough to prevent all cardiovascular complications
Explanation: explanation: A, B and C reflect the overall approach: blood sugar + cardiovascular risk + education. D is false: glycemic control alone is not enough, management of overall cardiovascular risk is essential.
source_reference: Treatment of type 2 diabetes mellitus (Pr. Nouri); Non-insulin antidiabetics (Dr.Kaouache); Insulin therapy (Pr.Khensal; Pr.Nouri); Therapeutic strategy for type 2 diabetes (Dr.Kaouache)
source_course_title: Treatment of type 2 diabetes mellitus (Pr. Nouri); Non-insulin antidiabetics (Dr.Kaouache); Insulin therapy (Pr.Khensal; Pr.Nouri); Therapeutic strategy for type 2 diabetes (Dr.Kaouache)
theme: Treatment goals
difficulty: difficult
submodule_key: y5_endocrino_diabetes_treatment_insulinotherapie_antidiabetics
module_title: 5th year · Endocrinology · Treatment of diabetes, insulin therapy and antidiabetics
Which of the general principles of management of treated diabetes are correct?
A
Blood glucose self-monitoring guides therapeutic adaptation
B
Patient education to recognize hypoglycemia is necessary
C
Screening for complications must be integrated into follow-up
D
Dose adaptation must be done without any clinical or biological monitoring.
Explanation: explanation: A, B and C describe safe and structured care. D is false and dangerous: any therapeutic adaptation requires monitoring.
source_reference: Treatment of type 2 diabetes mellitus (Pr. Nouri); Non-insulin antidiabetics (Dr.Kaouache); Insulin therapy (Pr.Khensal; Pr.Nouri); Therapeutic strategy for type 2 diabetes (Dr.Kaouache)
source_course_title: Treatment of type 2 diabetes mellitus (Pr. Nouri); Non-insulin antidiabetics (Dr.Kaouache); Insulin therapy (Pr.Khensal; Pr.Nouri); Therapeutic strategy for type 2 diabetes (Dr.Kaouache)
theme: Principles of adaptation and monitoring
difficulty: medium
submodule_key: y5_endocrino_diabetes_treatment_insulinotherapie_antidiabetics
module_title: 5th year · Endocrinology · Treatment of diabetes, insulin therapy and antidiabetics
How to distinguish iatrogenic hypoglycemia from spontaneous metabolic decompensation of diabetes?
A
Iatrogenic hypoglycemia results from a relative excess of hypoglycemic treatment
B
Iatrogenic hypoglycemia results from major insulin deficiency
C
Ketoacid decompensation results from excess insulin
D
The two situations have exactly the same pathophysiology
Explanation: explanation: B and C reverse the mechanisms (ketacidosis is linked to insulin deficiency). D is false: excess treatment and insulin deficiency are opposites.
source_reference: Treatment of type 2 diabetes mellitus (Pr. Nouri); Non-insulin antidiabetics (Dr.Kaouache); Insulin therapy (Pr.Khensal; Pr.Nouri); Therapeutic strategy for type 2 diabetes (Dr.Kaouache)
source_course_title: Treatment of type 2 diabetes mellitus (Pr. Nouri); Non-insulin antidiabetics (Dr.Kaouache); Insulin therapy (Pr.Khensal; Pr.Nouri); Therapeutic strategy for type 2 diabetes (Dr.Kaouache)
theme: Iatrogenic hypoglycemia vs spontaneous complication
difficulty: difficult
submodule_key: y5_endocrino_diabetes_treatment_insulinotherapie_antidiabetics
module_title: 5th year · Endocrinology · Treatment of diabetes, insulin therapy and antidiabetics
Describe the main principles of the therapeutic strategy for type 2 diabetes, without detailing a dosage regimen.
Explanation: explanation: The key message is progressiveness and the cardiovascular dimension beyond just blood sugar levels.
source_reference: Treatment of type 2 diabetes mellitus (Pr. Nouri); Non-insulin antidiabetics (Dr.Kaouache); Insulin therapy (Pr.Khensal; Pr.Nouri); Therapeutic strategy for type 2 diabetes (Dr.Kaouache)
source_course_title: Treatment of type 2 diabetes mellitus (Pr. Nouri); Non-insulin antidiabetics (Dr.Kaouache); Insulin therapy (Pr.Khensal; Pr.Nouri); Therapeutic strategy for type 2 diabetes (Dr.Kaouache)
theme: DT2 general strategy
difficulty: medium
submodule_key: y5_endocrino_diabetes_treatment_insulinotherapie_antidiabetics
module_title: 5th year · Endocrinology · Treatment of diabetes, insulin therapy and antidiabetics
Which situation is most likely to indicate diabetic ketoacidosis?
A
Hyperglycemia with ketonuria/ketonemia and metabolic acidosis, often in a young subject
B
Profound hypoglycemia with sweating and resolution under resugarization
C
Normal blood sugar with isolated hyponatremia
D
Major hyperglycemia without ketosis or acidosis in a dehydrated elderly subject
Explanation: explanation: B describes hypoglycemia. This is not hyperglycemic decompensation. D rather describes hyperosmolar coma (major hyperglycemia without marked ketosis in the elderly).
source_reference: Acute complications of diabetes mellitus (Pr.Khensal; Dr.Bensalem; Dr.Zaioua); CAT facing hypoglycemia in non-diabetics (Dr. Iabassen)
source_course_title: Acute complications of diabetes mellitus (Pr.Khensal; Dr.Bensalem; Dr.Zaioua); CAT facing hypoglycemia in non-diabetics (Dr. Iabassen)
theme: Ketoacidosis orientation
difficulty: medium
submodule_key: y5_endocrino_diabete_acute_complications
module_title: 5th year · Endocrinology · Acute complications of diabetes
Which element best distinguishes hyperosmolar decompensation from diabetic ketoacidosis?
A
Very high hyperglycemia with hyperosmolarity, without marked ketosis or acidosis
B
Constant severe ketosis and metabolic acidosis
C
Blood sugar most often normal
D
Occurs almost exclusively in thin children
Explanation: explanation: Severe ketosis/acidosis (B) defines ketoacidosis. Blood sugar is not normal (C). Hyperosmolarity mainly affects older people with type 2 (D incorrect).
source_reference: Acute complications of diabetes mellitus (Pr.Khensal; Dr.Bensalem; Dr.Zaioua); CAT facing hypoglycemia in non-diabetics (Dr. Iabassen)
source_course_title: Acute complications of diabetes mellitus (Pr.Khensal; Dr.Bensalem; Dr.Zaioua); CAT facing hypoglycemia in non-diabetics (Dr. Iabassen)
theme: Ketoacidosis vs hyperosmolarity
difficulty: difficult
submodule_key: y5_endocrino_diabete_acute_complications
module_title: 5th year · Endocrinology · Acute complications of diabetes
Diabetic ketoacidosis occurs preferentially in what area?
A
Type 1 diabetes or any diabetes with profound insulin deficiency
B
Type 2 diabetes in the elderly exclusively
C
Strictly non-diabetic subject without triggering factor
D
Hypothyroid patient without diabetes
Explanation: explanation: The elderly type 2 subject (B) tends to have hyperosmolarity. A non-diabetic (C) or hypothyroid subject without diabetes (D) does not develop diabetic ketoacidosis.
source_reference: Acute complications of diabetes mellitus (Pr.Khensal; Dr.Bensalem; Dr.Zaioua); CAT facing hypoglycemia in non-diabetics (Dr. Iabassen)
source_course_title: Acute complications of diabetes mellitus (Pr.Khensal; Dr.Bensalem; Dr.Zaioua); CAT facing hypoglycemia in non-diabetics (Dr. Iabassen)
theme: Terrain
difficulty: medium
submodule_key: y5_endocrino_diabete_acute_complications
module_title: 5th year · Endocrinology · Acute complications of diabetes
Among the classic triggering factors for acute decompensation of diabetes, which is the most common?
A
An intercurrent infection
B
Regular moderate physical activity
C
A usual balanced diet
D
Good therapeutic compliance
Explanation: explanation: Moderate physical activity (B), balanced diet (C) and good compliance (D) are on the contrary protective.
source_reference: Acute complications of diabetes mellitus (Pr.Khensal; Dr.Bensalem; Dr.Zaioua); CAT facing hypoglycemia in non-diabetics (Dr. Iabassen)
source_course_title: Acute complications of diabetes mellitus (Pr.Khensal; Dr.Bensalem; Dr.Zaioua); CAT facing hypoglycemia in non-diabetics (Dr. Iabassen)
theme: Triggering factor
difficulty: medium
submodule_key: y5_endocrino_diabete_acute_complications
module_title: 5th year · Endocrinology · Acute complications of diabetes
Faced with a disorder of consciousness in a diabetic, what argument suggests hypoglycemia rather than a ketoacidotic coma?
A
Sudden installation with adrenergic signs and rapid correction after resugaring
B
Gradual installation with dehydration and ample breathing
C
Presence of frank ketonuria and acidosis
D
Major hyperglycemia measured at the time of the disorder
Explanation: explanation: Progressive onset, dehydration, polypnea (B), ketonuria/acidosis (C) and hyperglycemia (D) point on the contrary towards ketoacidosis.
source_reference: Acute complications of diabetes mellitus (Pr.Khensal; Dr.Bensalem; Dr.Zaioua); CAT facing hypoglycemia in non-diabetics (Dr. Iabassen)
source_course_title: Acute complications of diabetes mellitus (Pr.Khensal; Dr.Bensalem; Dr.Zaioua); CAT facing hypoglycemia in non-diabetics (Dr. Iabassen)
theme: Hypoglycemia vs ketoacidotic coma
difficulty: difficult
submodule_key: y5_endocrino_diabete_acute_complications
module_title: 5th year · Endocrinology · Acute complications of diabetes
What elements constitute serious signs of acute metabolic decompensation of diabetes?
A
Consciousness disorders
B
Signs of severe dehydration and collapse
C
Marked hydroelectrolyte disorders
D
Strictly normal blood sugar and perfectly asymptomatic patient
Explanation: explanation: A, B and C are severity markers requiring urgent treatment. D describes the absence of decompensation, therefore not a sign of seriousness.
source_reference: Acute complications of diabetes mellitus (Pr.Khensal; Dr.Bensalem; Dr.Zaioua); CAT facing hypoglycemia in non-diabetics (Dr. Iabassen)
source_course_title: Acute complications of diabetes mellitus (Pr.Khensal; Dr.Bensalem; Dr.Zaioua); CAT facing hypoglycemia in non-diabetics (Dr. Iabassen)
theme: Signs of gravity
difficulty: medium
submodule_key: y5_endocrino_diabete_acute_complications
module_title: 5th year · Endocrinology · Acute complications of diabetes
Faced with a coma in a diabetic, what general diagnostic attitudes are justified?
A
Measure capillary blood sugar as a priority
B
Check for ketosis and acidosis
C
Also consider a non-metabolic neurological cause
D
Conclude immediately to a psychiatric cause without any examination
Explanation: explanation: A, B and C structure the approach: immediate blood sugar levels, search for ketosis/acidosis, but do not forget the neurological causes. D is dangerous and not justified.
source_reference: Acute complications of diabetes mellitus (Pr.Khensal; Dr.Bensalem; Dr.Zaioua); CAT facing hypoglycemia in non-diabetics (Dr. Iabassen)
source_course_title: Acute complications of diabetes mellitus (Pr.Khensal; Dr.Bensalem; Dr.Zaioua); CAT facing hypoglycemia in non-diabetics (Dr. Iabassen)
theme: Metabolic vs neurological coma
difficulty: difficult
submodule_key: y5_endocrino_diabete_acute_complications
module_title: 5th year · Endocrinology · Acute complications of diabetes
What general principle guides the initial management of severe acute hyperglycemic decompensation?
A
Hospitalization with correction of hydroelectrolyte imbalance, insulin therapy and treatment of the triggering factor
B
Simple rest at home without supervision
C
Permanent cessation of all insulin
D
Administration of corticosteroids to normalize blood sugar
Explanation: explanation: Home rest (B) is dangerous; stopping insulin (C) worsens the deficiency; corticosteroids (D) are hyperglycemic. (No dosage is specified here, academic principle only.)
source_reference: Acute complications of diabetes mellitus (Pr.Khensal; Dr.Bensalem; Dr.Zaioua); CAT facing hypoglycemia in non-diabetics (Dr. Iabassen)
source_course_title: Acute complications of diabetes mellitus (Pr.Khensal; Dr.Bensalem; Dr.Zaioua); CAT facing hypoglycemia in non-diabetics (Dr. Iabassen)
theme: General principle of support
difficulty: medium
submodule_key: y5_endocrino_diabete_acute_complications
module_title: 5th year · Endocrinology · Acute complications of diabetes
Compare diabetic ketoacidosis and hyperosmolar decompensation on the terrain, mechanism and biological picture.
Explanation: explanation: The trap is to reduce the two to simple hyperglycemia: it is ketosis-acidosis that separates them.
source_reference: Acute complications of diabetes mellitus (Pr.Khensal; Dr.Bensalem; Dr.Zaioua); CAT facing hypoglycemia in non-diabetics (Dr. Iabassen)
source_course_title: Acute complications of diabetes mellitus (Pr.Khensal; Dr.Bensalem; Dr.Zaioua); CAT facing hypoglycemia in non-diabetics (Dr. Iabassen)
theme: Ketoacidosis vs hyperosmolarity
difficulty: medium
submodule_key: y5_endocrino_diabete_acute_complications
module_title: 5th year · Endocrinology · Acute complications of diabetes
What disease is diabetic microangiopathy?
A
Diabetic retinopathy
B
Myocardial infarction
C
Obliterating arteriopathy of the lower limbs
D
Ischemic stroke
Explanation: explanation: Infarction (B), arteriopathy (C) and stroke (D) come under macroangiopathy (large vessels).
source_reference: Chronic complications of diabetes mellitus (Dr.Bensalem; Dr.Zaioua; Dr.Boudaira); Degenerative complications of diabetes (Pr. Boudaoud); CAT in front of a diabetic foot (Dr.Bensalem)
source_course_title: Chronic complications of diabetes mellitus (Dr.Bensalem; Dr.Zaioua; Dr.Boudaira); Degenerative complications of diabetes (Pr. Boudaoud); CAT in front of a diabetic foot (Dr.Bensalem)
theme: Micro vs. macroangiopathy
difficulty: medium
submodule_key: y5_endocrino_diabete_chronic_complications
module_title: 5th year · Endocrinology · Chronic complications of diabetes
What early sign suggests the onset of diabetic nephropathy?
A
An increase in urinary albumin excretion (microalbuminuria)
B
Macroscopic hematuria isolated from the outset
C
Permanently absent proteinuria
D
Aqueous polyuria due to ADH deficiency
Explanation: explanation: Macroscopic hematuria (B) points to another cause. The definitive absence of proteinuria (C) is false. Polyuria due to ADH deficiency (D) is diabetes insipidus.
source_reference: Chronic complications of diabetes mellitus (Dr.Bensalem; Dr.Zaioua; Dr.Boudaira); Degenerative complications of diabetes (Pr. Boudaoud); CAT in front of a diabetic foot (Dr.Bensalem)
source_course_title: Chronic complications of diabetes mellitus (Dr.Bensalem; Dr.Zaioua; Dr.Boudaira); Degenerative complications of diabetes (Pr.Boudaoud); CAT in front of a diabetic foot (Dr.Bensalem)
theme: Nephropathy
difficulty: medium
submodule_key: y5_endocrino_diabete_chronic_complications
module_title: 5th year · Endocrinology · Chronic complications of diabetes
What element should cause suspicion of non-diabetic nephropathy in a diabetic with kidney damage?
A
Renal damage without associated retinopathy and atypical evolution
B
Renal damage parallel to advanced retinopathy
C
Progressive microalbuminuria in old, poorly controlled diabetes
D
Nephropathy appearing after several years of unbalanced diabetes
Explanation: explanation: B, C and D, on the contrary, describe a typically diabetic profile (parallelism with retinopathy, age, imbalance).
source_reference: Chronic complications of diabetes mellitus (Dr.Bensalem; Dr.Zaioua; Dr.Boudaira); Degenerative complications of diabetes (Pr.Boudaoud); CAT in front of a diabetic foot (Dr.Bensalem)
source_course_title: Chronic complications of diabetes mellitus (Dr.Bensalem; Dr.Zaioua; Dr.Boudaira); Degenerative complications of diabetes (Pr.Boudaoud); CAT in front of a diabetic foot (Dr.Bensalem)
theme: Diabetic vs non-diabetic nephropathy
difficulty: difficult
submodule_key: y5_endocrino_diabete_chronic_complications
module_title: 5th year · Endocrinology · Chronic complications of diabetes
The most common form of diabetic neuropathy is:
A
Distal and symmetric sensory polyneuropathy
B
Constant isolated cranial mononeuropathy
C
An acute purely proximal motor attack
D
Exclusively central medullary involvement
Explanation: explanation: Mononeuropathies (B) exist but are less common; acute proximal motor (C) or spinal cord (D) involvement is not the usual presentation.
source_reference: Chronic complications of diabetes mellitus (Dr.Bensalem; Dr.Zaioua; Dr.Boudaira); Degenerative complications of diabetes (Pr.Boudaoud); CAT in front of a diabetic foot (Dr.Bensalem)
source_course_title: Chronic complications of diabetes mellitus (Dr.Bensalem; Dr.Zaioua; Dr.Boudaira); Degenerative complications of diabetes (Pr.Boudaoud); CAT in front of a diabetic foot (Dr.Bensalem)
theme: Neuropathy
difficulty: medium
submodule_key: y5_endocrino_diabete_chronic_complications
module_title: 5th year · Endocrinology · Chronic complications of diabetes
What element points towards a diabetic foot with a neuropathic rather than ischemic component?
A
Hot, dry foot, with loss of sensation and perceived pulse
B
Cold, pale, painful foot with disappearance of distal pulses
C
Presence of typical intermittent claudication
D
Distal cyanosis and delayed skin recoloration
Explanation: explanation: B, C and D describe an ischemic component (coldness, loss of pulse, claudication, cyanosis).
source_reference: Chronic complications of diabetes mellitus (Dr.Bensalem; Dr.Zaioua; Dr.Boudaira); Degenerative complications of diabetes (Pr.Boudaoud); CAT in front of a diabetic foot (Dr.Bensalem)
source_course_title: Chronic complications of diabetes mellitus (Dr.Bensalem; Dr.Zaioua; Dr.Boudaira); Degenerative complications of diabetes (Pr.Boudaoud); CAT in front of a diabetic foot (Dr.Bensalem)
theme: Neuropathic vs ischemic foot
difficulty: difficult
submodule_key: y5_endocrino_diabete_chronic_complications
module_title: 5th year · Endocrinology · Chronic complications of diabetes
Regarding screening for chronic complications of diabetes, which proposals are accurate?
A
Screening for retinopathy is based on a regular ophthalmological examination
B
Nephropathy screening includes albuminuria
C
Regular foot examination is part of the follow-up
D
Screening should only be carried out once symptomatic complications
Explanation: explanation: A, B and C correspond to organized and early screening. D is false: waiting for symptoms would go against the principle of screening.
source_reference: Chronic complications of diabetes mellitus (Dr.Bensalem; Dr.Zaioua; Dr.Boudaira); Degenerative complications of diabetes (Pr.Boudaoud); CAT in front of a diabetic foot (Dr.Bensalem)
source_course_title: Chronic complications of diabetes mellitus (Dr.Bensalem; Dr.Zaioua; Dr.Boudaira); Degenerative complications of diabetes (Pr.Boudaoud); CAT in front of a diabetic foot (Dr.Bensalem)
theme: Screening for complications
difficulty: medium
submodule_key: y5_endocrino_diabete_chronic_complications
module_title: 5th year · Endocrinology · Chronic complications of diabetes
What factors increase the risk and progression of chronic complications of diabetes?
A
Prolonged poor glycemic balance
B
Uncontrolled high blood pressure
C
Smoking
D
Excellent long-term glycemic balance
Explanation: explanation: A, B and C aggravate complications (glycemic imbalance, hypertension, tobacco). D is protective, therefore false as an aggravating factor.
source_reference: Chronic complications of diabetes mellitus (Dr.Bensalem; Dr.Zaioua; Dr.Boudaira); Degenerative complications of diabetes (Pr.Boudaoud); CAT in front of a diabetic foot (Dr.Bensalem)
source_course_title: Chronic complications of diabetes mellitus (Dr.Bensalem; Dr.Zaioua; Dr.Boudaira); Degenerative complications of diabetes (Pr.Boudaoud); CAT in front of a diabetic foot (Dr.Bensalem)
theme: Associated risk factors
difficulty: difficult
submodule_key: y5_endocrino_diabete_chronic_complications
module_title: 5th year · Endocrinology · Chronic complications of diabetes
What distinguishes diabetic retinopathy from cataracts in diabetics?
A
Retinopathy is a retinal microvascular damage, cataract is an opacification of the lens.
B
Both refer to the same damage to the lens
C
Retinopathy corresponds to a clouding of the lens
D
Cataract is a retinal microangiopathy
Explanation: explanation: B, C and D confuse the two structures and their mechanisms.
source_reference: Chronic complications of diabetes mellitus (Dr.Bensalem; Dr.Zaioua; Dr.Boudaira); Degenerative complications of diabetes (Pr.Boudaoud); CAT in front of a diabetic foot (Dr.Bensalem)
source_course_title: Chronic complications of diabetes mellitus (Dr.Bensalem; Dr.Zaioua; Dr.Boudaira); Degenerative complications of diabetes (Pr.Boudaoud); CAT in front of a diabetic foot (Dr.Bensalem)
theme: Retinopathy vs cataract
difficulty: medium
submodule_key: y5_endocrino_diabete_chronic_complications
module_title: 5th year · Endocrinology · Chronic complications of diabetes
Distinguish diabetic microangiopathy and macroangiopathy by giving the main effects of each.
Explanation: explanation: The diabetic foot illustrates the intricacy of the two mechanisms.
source_reference: Chronic complications of diabetes mellitus (Dr.Bensalem; Dr.Zaioua; Dr.Boudaira); Degenerative complications of diabetes (Pr.Boudaoud); CAT in front of a diabetic foot (Dr.Bensalem)
source_course_title: Chronic complications of diabetes mellitus (Dr.Bensalem; Dr.Zaioua; Dr.Boudaira); Degenerative complications of diabetes (Pr.Boudaoud); CAT in front of a diabetic foot (Dr.Bensalem)
theme: Micro vs. macroangiopathy
difficulty: medium
submodule_key: y5_endocrino_diabete_chronic_complications
module_title: 5th year · Endocrinology · Chronic complications of diabetes
What element suggests obesity of endocrine or syndromic origin rather than common obesity?
A
Presence of associated clinical signs of endocrinopathy (e.g. particular distribution, Cushing's signs)
B
Family history of obesity with excess caloric intake
C
Sedentary lifestyle and dietary imbalance isolated
D
Gradual weight gain without any other signs
Explanation: explanation: B, C and D describe the context of common obesity (intake, sedentary lifestyle, isolated).
source_reference: Obesity (Dr.Khodja; Dr.Kaouache); Dyslipidemia (Dr.Bensalem); Hyperlipidemia (Pr. Lezzar); Nutrition and prevention of cardiovascular complications (Dr.Khodja)
source_course_title: Obesity (Dr.Khodja; Dr.Kaouache); Dyslipidemia (Dr.Bensalem); Hyperlipidemia (Pr. Lezzar); Nutrition and prevention of cardiovascular complications (Dr.Khodja)
theme: Simple vs. syndromic obesity
difficulty: medium
submodule_key: y5_endocrino_obesite_dyslipidemias_cardiometabolic_risk
module_title: 5th year · Endocrinology · Obesity, dyslipidemia and cardiometabolic risk
What context points towards secondary rather than primary dyslipidemia?
A
Dyslipidemia explained by another pathology (hypothyroidism, diabetes, kidney damage) or a medication
B
Isolated familial dyslipidemia without identifiable cause
C
Lipid abnormality present from childhood without associated pathology
D
Hypercholesterolemia of purely genetic origin
Explanation: explanation: B, C and D correspond to primary dyslipidemia (genetic/familial) without identifiable underlying cause.
source_reference: Obesity (Dr.Khodja; Dr.Kaouache); Dyslipidemia (Dr.Bensalem); Hyperlipidemia (Pr. Lezzar); Nutrition and prevention of cardiovascular complications (Dr.Khodja)
source_course_title: Obesity (Dr.Khodja; Dr.Kaouache); Dyslipidemia (Dr.Bensalem); Hyperlipidemia (Pr. Lezzar); Nutrition and prevention of cardiovascular complications (Dr.Khodja)
theme: Primary vs. secondary dyslipidemia
difficulty: medium
submodule_key: y5_endocrino_obesite_dyslipidemias_cardiometabolic_risk
module_title: 5th year · Endocrinology · Obesity, dyslipidemia and cardiometabolic risk
Why is the management of dyslipidemia not limited to correcting the isolated lipid abnormality?
A
Because the objective is to reduce overall cardiovascular risk and not a single parameter
B
Because the isolated lipid figure is enough to decide on any treatment
C
Because cardiovascular risk never depends on lipids
D
Because the lipid abnormality has no prognostic value
Explanation: explanation: B wrongly isolates a parameter, C and D deny the role of lipids, which is false.
source_reference: Obesity (Dr.Khodja; Dr.Kaouache); Dyslipidemia (Dr.Bensalem); Hyperlipidemia (Pr. Lezzar); Nutrition and prevention of cardiovascular complications (Dr.Khodja)
source_course_title: Obesity (Dr.Khodja; Dr.Kaouache); Dyslipidemia (Dr.Bensalem); Hyperlipidemia (Pr. Lezzar); Nutrition and prevention of cardiovascular complications (Dr.Khodja)
theme: Global risk vs isolated anomaly
difficulty: difficult
submodule_key: y5_endocrino_obesite_dyslipidemias_cardiometabolic_risk
module_title: 5th year · Endocrinology · Obesity, dyslipidemia and cardiometabolic risk
Which lipid abnormality is mainly associated with a risk of acute pancreatitis when it is major?
A
Major hypertriglyceridemia
B
Isolated moderate hypercholesterolemia
C
An isolated drop in HDL cholesterol
D
An isolated elevation of LDL cholesterol
Explanation: explanation: Hypercholesterolemia (B, D) is mainly atherogenic; a drop in HDL (C) increases cardiovascular risk but is not the main factor in pancreatitis.
source_reference: Obesity (Dr.Khodja; Dr.Kaouache); Dyslipidemia (Dr.Bensalem); Hyperlipidemia (Pr. Lezzar); Nutrition and prevention of cardiovascular complications (Dr.Khodja)
source_course_title: Obesity (Dr.Khodja; Dr.Kaouache); Dyslipidemia (Dr.Bensalem); Hyperlipidemia (Pr. Lezzar); Nutrition and prevention of cardiovascular complications (Dr.Khodja)
theme: Hypercholesterolemia vs hypertriglyceridemia
difficulty: medium
submodule_key: y5_endocrino_obesite_dyslipidemias_cardiometabolic_risk
module_title: 5th year · Endocrinology · Obesity, dyslipidemia and cardiometabolic risk
Which therapeutic class is mainly used to reduce LDL cholesterol?
A
Statins
B
Biguanides
C
Synthetic antithyroid drugs
D
Thiazide diuretics
Explanation: explanation: Biguanides (B) are antidiabetics, antithyroids (C) treat hyperthyroidism, thiazides (D) are diuretics/antihypertensives.
source_reference: Obesity (Dr.Khodja; Dr.Kaouache); Dyslipidemia (Dr.Bensalem); Hyperlipidemia (Pr. Lezzar); Nutrition and prevention of cardiovascular complications (Dr.Khodja)
source_course_title: Obesity (Dr.Khodja; Dr.Kaouache); Dyslipidemia (Dr.Bensalem); Hyperlipidemia (Pr. Lezzar); Nutrition and prevention of cardiovascular complications (Dr.Khodja)
theme: Hypolipidemic class
difficulty: medium
submodule_key: y5_endocrino_obesite_dyslipidemias_cardiometabolic_risk
module_title: 5th year · Endocrinology · Obesity, dyslipidemia and cardiometabolic risk
Which of the following elements contribute to the definition of metabolic syndrome?
A
Abdominal obesity (increased waistline)
B
An abnormal blood sugar level
C
High blood pressure and lipid abnormality
D
An isolated iron deficiency
Explanation: explanation: A, B and C are part of the grouping of metabolic syndrome (abdominal adiposity, dysglycemia, hypertension, dyslipidemia). D (iron deficiency) is not one of them.
source_reference: Obesity (Dr.Khodja; Dr.Kaouache); Dyslipidemia (Dr.Bensalem); Hyperlipidemia (Pr. Lezzar); Nutrition and prevention of cardiovascular complications (Dr.Khodja)
source_course_title: Obesity (Dr.Khodja; Dr.Kaouache); Dyslipidemia (Dr.Bensalem); Hyperlipidemia (Pr. Lezzar); Nutrition and prevention of cardiovascular complications (Dr.Khodja)
theme: Metabolic syndrome
difficulty: difficult
submodule_key: y5_endocrino_obesite_dyslipidemias_cardiometabolic_risk
module_title: 5th year · Endocrinology · Obesity, dyslipidemia and cardiometabolic risk
Concerning the prevention of cardiovascular complications in subjects at cardiometabolic risk, which proposals are accurate?
A
Hygiene-dietary measures are at the forefront
B
Controlling blood pressure contributes to prevention
C
Quitting smoking is an essential goal
D
Control of risk factors is useless in the absence of symptoms
Explanation: explanation: A, B and C are validated principles of prevention. D is false: prevention is precisely useful before the events appear.
source_reference: Obesity (Dr.Khodja; Dr.Kaouache); Dyslipidemia (Dr.Bensalem); Hyperlipidemia (Pr. Lezzar); Nutrition and prevention of cardiovascular complications (Dr.Khodja)
source_course_title: Obesity (Dr.Khodja; Dr.Kaouache); Dyslipidemia (Dr.Bensalem); Hyperlipidemia (Pr. Lezzar); Nutrition and prevention of cardiovascular complications (Dr.Khodja)
theme: Cardiovascular prevention
difficulty: medium
submodule_key: y5_endocrino_obesite_dyslipidemias_cardiometabolic_risk
module_title: 5th year · Endocrinology · Obesity, dyslipidemia and cardiometabolic risk
How is secondary prevention defined in cardiovascular risk?
A
Prevent recurrence in a patient who has already had a cardiovascular event
B
Prevent the appearance of a first event in an uninjured subject
C
Treat only acute symptoms without follow-up
D
Screen for a disease in an asymptomatic subject without risk factors
Explanation: explanation: B describes primary prevention, C is not prevention, D relates to mass screening.
source_reference: Obesity (Dr.Khodja; Dr.Kaouache); Dyslipidemia (Dr.Bensalem); Hyperlipidemia (Pr. Lezzar); Nutrition and prevention of cardiovascular complications (Dr.Khodja)
source_course_title: Obesity (Dr.Khodja; Dr.Kaouache); Dyslipidemia (Dr.Bensalem); Hyperlipidemia (Pr. Lezzar); Nutrition and prevention of cardiovascular complications (Dr.Khodja)
theme: Primary vs. secondary prevention
difficulty: medium
submodule_key: y5_endocrino_obesite_dyslipidemias_cardiometabolic_risk
module_title: 5th year · Endocrinology · Obesity, dyslipidemia and cardiometabolic risk
Outline the general principles of management of adult obesity, without detailing the protocol.
Explanation: explanation: The key message: obesity is a chronic disease requiring lasting and comprehensive care.
source_reference: Obesity (Dr.Khodja; Dr.Kaouache); Dyslipidemia (Dr.Bensalem); Hyperlipidemia (Pr. Lezzar); Nutrition and prevention of cardiovascular complications (Dr.Khodja)
source_course_title: Obesity (Dr.Khodja; Dr.Kaouache); Dyslipidemia (Dr.Bensalem); Hyperlipidemia (Pr. Lezzar); Nutrition and prevention of cardiovascular complications (Dr.Khodja)
theme: Obesity - management principles
difficulty: medium
submodule_key: y5_endocrino_obesite_dyslipidemias_cardiometabolic_risk
module_title: 5th year · Endocrinology · Obesity, dyslipidemia and cardiometabolic risk
Which biological profile is most likely to indicate peripheral hyperthyroidism?
A
Low TSH with high free T4
B
High TSH with low free T4
C
Low TSH with low free T4 in a pituitary context
D
Normal TSH with isolated anti-TPO antibodies
Explanation: explanation: B corresponds to primary hypothyroidism, C to thyrotropic insufficiency (pituitary origin), D to isolated autoimmunity without obvious dysfunction.
source_reference: Hyperthyroidism (Pr.Boudaoud); Hypothyroidism (Dr.Boudaira); Thyroiditis (Dr.Boudaira); Simple goiter and iodine deficiency disorders (Dr.Bensalem); CAT facing dysthyroidism in pregnant women (Dr. Bensalem)
source_course_title: Hyperthyroidism (Pr.Boudaoud); Hypothyroidism (Dr.Boudaira); Thyroiditis (Dr.Boudaira); Simple goiter and iodine deficiency disorders (Dr.Bensalem); CAT facing dysthyroidism in pregnant women (Dr. Bensalem)
theme: Peripheral hyperthyroidism profile
difficulty: medium
submodule_key: y5_endocrino_thyroide_dysthyroidies_goiter_thyroiditis
module_title: 5th year · Endocrinology · Thyroid: dysthyroidism, goiter and thyroiditis
What biological profile characterizes patent primary hypothyroidism?
A
High TSH with low free T4
B
Low TSH with high free T4
C
Low TSH with low free T4
D
Normal TSH with normal free T4
Explanation: explanation: B corresponds to hyperthyroidism, C to central thyroid insufficiency, D to normal function.
source_reference: Hyperthyroidism (Pr.Boudaoud); Hypothyroidism (Dr.Boudaira); Thyroiditis (Dr.Boudaira); Simple goiter and iodine deficiency disorders (Dr.Bensalem); CAT facing dysthyroidism in pregnant women (Dr. Bensalem)
source_course_title: Hyperthyroidism (Pr.Boudaoud); Hypothyroidism (Dr.Boudaira); Thyroiditis (Dr.Boudaira); Simple goiter and iodine deficiency disorders (Dr.Bensalem); CAT facing dysthyroidism in pregnant women (Dr. Bensalem)
theme: Primary hypothyroidism profile
difficulty: medium
submodule_key: y5_endocrino_thyroide_dysthyroidies_goiter_thyroiditis
module_title: 5th year · Endocrinology · Thyroid: dysthyroidism, goiter and thyroiditis
How to distinguish central hypothyroidism from primary hypothyroidism?
A
In central hypothyroidism, free T4 is low with low or inadequate TSH
B
In central hypothyroidism, TSH is very high
C
In primary hypothyroidism, TSH is low
D
Both give exactly the same hormonal profile
Explanation: explanation: B and C reverse the profiles; D is false because the profiles differ precisely by TSH.
source_reference: Hyperthyroidism (Pr.Boudaoud); Hypothyroidism (Dr.Boudaira); Thyroiditis (Dr.Boudaira); Simple goiter and iodine deficiency disorders (Dr.Bensalem); CAT facing dysthyroidism in pregnant women (Dr. Bensalem)
source_course_title: Hyperthyroidism (Pr.Boudaoud); Hypothyroidism (Dr.Boudaira); Thyroiditis (Dr.Boudaira); Simple goiter and iodine deficiency disorders (Dr.Bensalem); CAT facing dysthyroidism in pregnant women (Dr. Bensalem)
theme: Primary vs central hypothyroidism
difficulty: difficult
submodule_key: y5_endocrino_thyroide_dysthyroidies_goiter_thyroiditis
module_title: 5th year · Endocrinology · Thyroid: dysthyroidism, goiter and thyroiditis
What set of signs is suggestive of hyperthyroidism?
A
Weight loss, tachycardia, nervousness and thermophobia
B
Weight gain, bradycardia, chilliness and constipation
C
Edema, drowsiness and psychomotor slowing
D
Isolated hypothermia without other signs
Explanation: explanation: B and C describe hypothyroidism (metabolic slowdown), D is nonspecific.
source_reference: Hyperthyroidism (Pr.Boudaoud); Hypothyroidism (Dr.Boudaira); Thyroiditis (Dr.Boudaira); Simple goiter and iodine deficiency disorders (Dr.Bensalem); CAT facing dysthyroidism in pregnant women (Dr. Bensalem)
source_course_title: Hyperthyroidism (Pr.Boudaoud); Hypothyroidism (Dr.Boudaira); Thyroiditis (Dr.Boudaira); Simple goiter and iodine deficiency disorders (Dr.Bensalem); CAT facing dysthyroidism in pregnant women (Dr. Bensalem)
theme: Signs of hyperthyroidism
difficulty: medium
submodule_key: y5_endocrino_thyroide_dysthyroidies_goiter_thyroiditis
module_title: 5th year · Endocrinology · Thyroid: dysthyroidism, goiter and thyroiditis
When faced with hyperthyroidism, what element points towards Graves' disease rather than thyroiditis?
A
Presence of ocular signs (orbitopathy) and diffuse vascular goiter
B
Transient hyperthyroidism followed by a phase of hypothyroidism
C
Context of post-viral cervical painful phase
D
Absence of autoimmunity with hypouptake on scintigraphy
Explanation: explanation: B and C suggest thyroiditis (biphasic evolution, painful phase). D (hypofixation) points towards thyroiditis, not Graves (hyperfixation).
source_reference: Hyperthyroidism (Pr.Boudaoud); Hypothyroidism (Dr.Boudaira); Thyroiditis (Dr.Boudaira); Simple goiter and iodine deficiency disorders (Dr.Bensalem); CAT facing dysthyroidism in pregnant women (Dr. Bensalem)
source_course_title: Hyperthyroidism (Pr.Boudaoud); Hypothyroidism (Dr.Boudaira); Thyroiditis (Dr.Boudaira); Simple goiter and iodine deficiency disorders (Dr.Bensalem); CAT facing dysthyroidism in pregnant women (Dr. Bensalem)
theme: Thyroiditis vs Basedow
difficulty: difficult
submodule_key: y5_endocrino_thyroide_dysthyroidies_goiter_thyroiditis
module_title: 5th year · Endocrinology · Thyroid: dysthyroidism, goiter and thyroiditis
Concerning simple goiter and iodine deficiency, which propositions are correct?
A
Iodine deficiency is a common cause of goiter
B
Simple goiter is an increase in volume without initial hormonal dysfunction
C
Iodine deficiency can be a public health problem in endemic areas
D
Simple goiter always means thyroid cancer
Explanation: explanation: A, B and C are correct. D is false: simple goiter is not synonymous with cancer; malignancy must be sought but is not the rule.
source_reference: Hyperthyroidism (Pr.Boudaoud); Hypothyroidism (Dr.Boudaira); Thyroiditis (Dr.Boudaira); Simple goiter and iodine deficiency disorders (Dr.Bensalem); CAT facing dysthyroidism in pregnant women (Dr. Bensalem)
source_course_title: Hyperthyroidism (Pr.Boudaoud); Hypothyroidism (Dr.Boudaira); Thyroiditis (Dr.Boudaira); Simple goiter and iodine deficiency disorders (Dr.Bensalem); CAT facing dysthyroidism in pregnant women (Dr. Bensalem)
theme: Simple goiter and iodine deficiency
difficulty: medium
submodule_key: y5_endocrino_thyroide_dysthyroidies_goiter_thyroiditis
module_title: 5th year · Endocrinology · Thyroid: dysthyroidism, goiter and thyroiditis
Which of the propositions opposing gross and overt hypothyroidism are correct?
A
Severe hypothyroidism combines high TSH with normal free T4
B
Overt hypothyroidism combines high TSH with low free T4
C
The crude form is often little or not symptomatic
D
The crude form is defined by a collapsed free T4
Explanation: explanation: A, B and C correctly distinguish the two forms. D is false: a collapsed free T4 defines the patent form, not the crude form.
source_reference: Hyperthyroidism (Pr.Boudaoud); Hypothyroidism (Dr.Boudaira); Thyroiditis (Dr.Boudaira); Simple goiter and iodine deficiency disorders (Dr.Bensalem); CAT facing dysthyroidism in pregnant women (Dr. Bensalem)
source_course_title: Hyperthyroidism (Pr.Boudaoud); Hypothyroidism (Dr.Boudaira); Thyroiditis (Dr.Boudaira); Simple goiter and iodine deficiency disorders (Dr.Bensalem); CAT facing dysthyroidism in pregnant women (Dr. Bensalem)
theme: Vrust vs. overt hypothyroidism
difficulty: difficult
submodule_key: y5_endocrino_thyroide_dysthyroidies_goiter_thyroiditis
module_title: 5th year · Endocrinology · Thyroid: dysthyroidism, goiter and thyroiditis
What is the general principle of treatment of overt primary hypothyroidism?
A
Thyroid hormone replacement with balance monitoring
B
Administration of synthetic antithyroid drugs
C
Systematic long-term corticosteroid therapy
D
Systematic therapeutic abstention
Explanation: explanation: Antithyroid drugs (B) treat hyperthyroidism, corticosteroids (C) are not the basic treatment, and abstention (D) is not suitable for an overt form.
source_reference: Hyperthyroidism (Pr.Boudaoud); Hypothyroidism (Dr.Boudaira); Thyroiditis (Dr.Boudaira); Simple goiter and iodine deficiency disorders (Dr.Bensalem); CAT facing dysthyroidism in pregnant women (Dr. Bensalem)
source_course_title: Hyperthyroidism (Pr.Boudaoud); Hypothyroidism (Dr.Boudaira); Thyroiditis (Dr.Boudaira); Simple goiter and iodine deficiency disorders (Dr.Bensalem); CAT facing dysthyroidism in pregnant women (Dr. Bensalem)
theme: General therapeutic principle
difficulty: medium
submodule_key: y5_endocrino_thyroide_dysthyroidies_goiter_thyroiditis
module_title: 5th year · Endocrinology · Thyroid: dysthyroidism, goiter and thyroiditis
What general principles guide the management of dysthyroidism in pregnant women?
Explanation: explanation: The trap is to apply the same behavior as outside pregnancy, while the fetal impact changes the care.
source_reference: Hyperthyroidism (Pr.Boudaoud); Hypothyroidism (Dr.Boudaira); Thyroiditis (Dr.Boudaira); Simple goiter and iodine deficiency disorders (Dr.Bensalem); CAT facing dysthyroidism in pregnant women (Dr. Bensalem)
source_course_title: Hyperthyroidism (Pr.Boudaoud); Hypothyroidism (Dr.Boudaira); Thyroiditis (Dr.Boudaira); Simple goiter and iodine deficiency disorders (Dr.Bensalem); CAT facing dysthyroidism in pregnant women (Dr. Bensalem)
theme: Dysthyroidism and pregnancy
difficulty: medium
submodule_key: y5_endocrino_thyroide_dysthyroidies_goiter_thyroiditis
module_title: 5th year · Endocrinology · Thyroid: dysthyroidism, goiter and thyroiditis
Which of the following constitutes a clinical argument for suspicion of malignancy of a thyroid nodule?
A
Hard, fixed nodule with satellite cervical lymphadenopathy
B
Soft, mobile, sensitive and regressive nodule
C
Diffuse homogeneous goiter without individualized nodule
D
History of painful, self-limiting thyroiditis
Explanation: explanation: A soft, mobile and regressive nodule (B) is reassuring. A diffuse homogeneous goiter (C) and resolving thyroiditis (D) do not indicate cancer.
source_reference: Thyroid nodules; Thyroid cancers; Nodular goiter; Simple goiter and iodine deficiency disorders; CAT in front of a thyroid nodule
source_course_title: Thyroid nodules; Thyroid cancers; Nodular goiter; Simple goiter and iodine deficiency disorders; CAT in front of a thyroid nodule
theme: Arguments of malignancy
difficulty: medium
submodule_key: y5_endocrino_thyroid_nodules_cancers_iodine_deficiency
module_title: 5th year · Endocrinology · Nodules, thyroid cancers and iodine pathology
What is the main role of ultrasound in the exploration of a thyroid nodule?
A
Describe the characteristics of the nodule and guide the suspicion of malignancy
B
Assert alone the benign or malignant character with absolute certainty
C
Directly measure TSH concentration
D
Definitely replace the pathological examination
Explanation: explanation: It does not decide with absolute certainty (B), does not measure TSH (C) and does not replace pathology (D).
source_reference: Thyroid nodules; Thyroid cancers; Nodular goiter; Simple goiter and iodine deficiency disorders; CAT in front of a thyroid nodule
source_course_title: Thyroid nodules; Thyroid cancers; Nodular goiter; Simple goiter and iodine deficiency disorders; CAT in front of a thyroid nodule
theme: Ultrasound exploration
difficulty: medium
submodule_key: y5_endocrino_thyroid_nodules_cancers_iodine_deficiency
module_title: 5th year · Endocrinology · Nodules, thyroid cancers and iodine pathology
What is the place of cytopuncture in the approach to a thyroid nodule?
A
Provide cytological guidance on the nature of the nodule to guide the decision
B
Measure circulating thyroid hormones
C
Permanently treat the nodule
D
Claim healing from thyroid cancer
Explanation: explanation: It does not measure hormones (B), is not a treatment (C) and does not claim a cure (D).
source_reference: Thyroid nodules; Thyroid cancers; Nodular goiter; Simple goiter and iodine deficiency disorders; CAT in front of a thyroid nodule
source_course_title: Thyroid nodules; Thyroid cancers; Nodular goiter; Simple goiter and iodine deficiency disorders; CAT in front of a thyroid nodule
theme: Cytopuncture
difficulty: difficult
submodule_key: y5_endocrino_thyroid_nodules_cancers_iodine_deficiency
module_title: 5th year · Endocrinology · Nodules, thyroid cancers and iodine pathology
How to schematically contrast a hot (toxic) nodule and a cold nodule on scintigraphy?
A
The hot nodule is hyperfixed and is often accompanied by hyperthyroidism, the cold nodule is hypofixed and must rule out malignancy
B
The hot nodule is always malignant
C
The cold nodule hyperfixes and causes hyperthyroidism
D
Both types have exactly the same prognostic significance
Explanation: explanation: B is excessive, C reverses the definitions, D denies a difference that is nevertheless essential.
source_reference: Thyroid nodules; Thyroid cancers; Nodular goiter; Simple goiter and iodine deficiency disorders; CAT in front of a thyroid nodule
source_course_title: Thyroid nodules; Thyroid cancers; Nodular goiter; Simple goiter and iodine deficiency disorders; CAT in front of a thyroid nodule
theme: Toxic nodule vs suspicious cold
difficulty: difficult
submodule_key: y5_endocrino_thyroid_nodules_cancers_iodine_deficiency
module_title: 5th year · Endocrinology · Nodules, thyroid cancers and iodine pathology
Which element points towards thyroid cancer rather than thyroiditis?
A
Hard, fixed nodule of gradual onset with lymphadenopathy
B
Gland generally painful in a post-viral context
C
Transient hyperthyroidism followed by hypothyroidism
D
Isolated elevation of antithyroid antibodies without nodule
Explanation: explanation: Post-viral pain (B), biphasic evolution (C) and isolated autoimmunity (D) point to thyroiditis.
source_reference: Thyroid nodules; Thyroid cancers; Nodular goiter; Simple goiter and iodine deficiency disorders; CAT in front of a thyroid nodule
source_course_title: Thyroid nodules; Thyroid cancers; Nodular goiter; Simple goiter and iodine deficiency disorders; CAT in front of a thyroid nodule
theme: Cancer vs thyroiditis
difficulty: medium
submodule_key: y5_endocrino_thyroid_nodules_cancers_iodine_deficiency
module_title: 5th year · Endocrinology · Nodules, thyroid cancers and iodine pathology
In the management of a thyroid nodule, on what general principle is the choice between monitoring and surgery based?
A
The level of suspicion of malignancy and the impact guide the decision
B
All nodules must be operated on without exception
C
No nodule ever warrants surveillance
D
The choice is completely independent of clinical and ultrasound data
Explanation: explanation: B and C are incorrect absolutes, D denies the role of examinations, which are nevertheless decisive.
source_reference: Thyroid nodules; Thyroid cancers; Nodular goiter; Simple goiter and iodine deficiency disorders; CAT in front of a thyroid nodule
source_course_title: Thyroid nodules; Thyroid cancers; Nodular goiter; Simple goiter and iodine deficiency disorders; CAT in front of a thyroid nodule
theme: Surveillance vs surgery
difficulty: medium
submodule_key: y5_endocrino_thyroid_nodules_cancers_iodine_deficiency
module_title: 5th year · Endocrinology · Nodules, thyroid cancers and iodine pathology
What increases the likelihood that a thyroid nodule is malignant?
A
History of cervical irradiation
B
Hard, fixed nodule with lymphadenopathy
C
Suspicious ultrasound features (microcalcifications, irregular contours)
D
Pure, mobile and regressive cystic nodule
Explanation: explanation: A, B and C are factors or arguments of suspicion. D (pure regressive mobile cyst) is rather reassuring.
source_reference: Thyroid nodules; Thyroid cancers; Nodular goiter; Simple goiter and iodine deficiency disorders; CAT in front of a thyroid nodule
source_course_title: Thyroid nodules; Thyroid cancers; Nodular goiter; Simple goiter and iodine deficiency disorders; CAT in front of a thyroid nodule
theme: Risk factors for malignancy
difficulty: difficult
submodule_key: y5_endocrino_thyroid_nodules_cancers_iodine_deficiency
module_title: 5th year · Endocrinology · Nodules, thyroid cancers and iodine pathology
Concerning the opposition between iodine deficiency pathology and autoimmune thyroid pathology, which propositions are accurate?
A
Iodine deficiency is an environmental and nutritional cause of goiter
B
Thyroid autoimmunity results in the presence of specific antibodies
C
Iodine deficiency may be endemic in some areas
D
Iodine deficiency is defined by the presence of anti-TPO antibodies
Explanation: explanation: A, B and C are correct. D is false: iodine deficiency is not defined by antibodies, these sign autoimmunity.
source_reference: Thyroid nodules; Thyroid cancers; Nodular goiter; Simple goiter and iodine deficiency disorders; CAT in front of a thyroid nodule
source_course_title: Thyroid nodules; Thyroid cancers; Nodular goiter; Simple goiter and iodine deficiency disorders; CAT in front of a thyroid nodule
theme: Iodine deficiency vs autoimmunity
difficulty: medium
submodule_key: y5_endocrino_thyroid_nodules_cancers_iodine_deficiency
module_title: 5th year · Endocrinology · Nodules, thyroid cancers and iodine pathology
Describe the general approach to evaluating an isolated thyroid nodule, from clinical to therapeutic guidance.
Explanation: explanation: The trap is to quickly oppose benign and malign without a structured approach.
source_reference: Thyroid nodules; Thyroid cancers; Nodular goiter; Simple goiter and iodine deficiency disorders; CAT in front of a thyroid nodule
source_course_title: Thyroid nodules; Thyroid cancers; Nodular goiter; Simple goiter and iodine deficiency disorders; CAT in front of a thyroid nodule
theme: Approach in front of a nodule
difficulty: medium
submodule_key: y5_endocrino_thyroid_nodules_cancers_iodine_deficiency
module_title: 5th year · Endocrinology · Nodules, thyroid cancers and iodine pathology
What sign reflects the tumor syndrome of a pituitary adenoma due to local compression?
A
Damage to the visual field due to compression of the optic chiasm
B
Aqueous polyuria isolated by ADH deficiency from the outset
C
Malignant hyperthermia
D
Chronic motor diarrhea
Explanation: explanation: Diabetes insipidus (B) is mainly due to postpituitary damage and is not the typical tumor sign. C and D are off topic.
source_reference: Pituitary adenomas; Acromegaly; Hyperprolactinemia; Exploration of the anterior pituitary; Pituitary pathology
source_course_title: Pituitary adenomas; Acromegaly; Hyperprolactinemia; Exploration of the anterior pituitary; Pituitary pathology
theme: Tumor syndrome
difficulty: medium
submodule_key: y5_endocrino_pituitary_adenomas_acromegaly_hyperprolactinemia
module_title: 5th year · Endocrinology · Pituitary gland: adenomas, acromegaly and hyperprolactinemia
Adult acromegaly typically results from:
A
An excess of growth hormone, most often due to somatotropic pituitary adenoma
B
Growth hormone deficiency
C
An isolated excess of prolactin
D
A deficiency of thyroid hormones
Explanation: explanation: A GH (B) deficiency would do the opposite. An excess of prolactin (C) gives rise to hyperprolactinemia. Thyroid deficiency (D) is unrelated.
source_reference: Pituitary adenomas; Acromegaly; Hyperprolactinemia; Exploration of the anterior pituitary; Pituitary pathology
source_course_title: Pituitary adenomas; Acromegaly; Hyperprolactinemia; Exploration of the anterior pituitary; Pituitary pathology
theme: Acromegaly - mechanism
difficulty: medium
submodule_key: y5_endocrino_pituitary_adenomas_acromegaly_hyperprolactinemia
module_title: 5th year · Endocrinology · Pituitary gland: adenomas, acromegaly and hyperprolactinemia
What is the fundamental difference between acromegaly and gigantism?
A
Gigantism occurs before the fusion of the growth cartilages, acromegaly after
B
Acromegaly always occurs in children
C
Gigantism is caused by a deficiency of growth hormone
D
Both are linked to excess prolactin
Explanation: explanation: Acromegaly affects adults (B false), gigantism is an excess and not a deficiency (C false), and it is GH and not prolactin (D false).
source_reference: Pituitary adenomas; Acromegaly; Hyperprolactinemia; Exploration of the anterior pituitary; Pituitary pathology
source_course_title: Pituitary adenomas; Acromegaly; Hyperprolactinemia; Exploration of the anterior pituitary; Pituitary pathology
theme: Acromegaly vs gigantism
difficulty: difficult
submodule_key: y5_endocrino_pituitary_adenomas_acromegaly_hyperprolactinemia
module_title: 5th year · Endocrinology · Pituitary gland: adenomas, acromegaly and hyperprolactinemia
What clinical sign suggests hyperprolactinemia in a woman of childbearing age?
A
Amenorrhea associated with galactorrhea
B
Isolated hirsutism with rapid virilization
C
Vascular goiter with exophthalmos
D
Major watery polyuria
Explanation: explanation: Virilization (B) leads to an excess of androgens, goiter with exophthalmos (C) to Graves, aqueous polyuria (D) to diabetes insipidus.
source_reference: Pituitary adenomas; Acromegaly; Hyperprolactinemia; Exploration of the anterior pituitary; Pituitary pathology
source_course_title: Pituitary adenomas; Acromegaly; Hyperprolactinemia; Exploration of the anterior pituitary; Pituitary pathology
theme: Hyperprolactinemia - clinical
difficulty: medium
submodule_key: y5_endocrino_pituitary_adenomas_acromegaly_hyperprolactinemia
module_title: 5th year · Endocrinology · Pituitary gland: adenomas, acromegaly and hyperprolactinemia
What element points towards functional hyperprolactinemia rather than a prolactin adenoma?
A
Moderate elevation of prolactin related to a hyperprolactin-lowering drug, without adenoma on imaging
B
Very significant elevation of prolactin with macroadenoma on imaging
C
Presence of a clear compressive tumor syndrome
D
Impairment of the visual field by chiasmatic compression
Explanation: explanation: A major elevation with macroadenoma (B), a tumor syndrome (C) and visual impairment (D) point to an adenoma.
source_reference: Pituitary adenomas; Acromegaly; Hyperprolactinemia; Exploration of the anterior pituitary; Pituitary pathology
source_course_title: Pituitary adenomas; Acromegaly; Hyperprolactinemia; Exploration of the anterior pituitary; Pituitary pathology
theme: Functional hyperprolactinemia vs adenoma
difficulty: difficult
submodule_key: y5_endocrino_pituitary_adenomas_acromegaly_hyperprolactinemia
module_title: 5th year · Endocrinology · Pituitary gland: adenomas, acromegaly and hyperprolactinemia
Faced with a visual disturbance in a patient with a pituitary macroadenoma, what argument links the damage to chiasmatic compression?
A
A campimetric amputation compatible with compression of the optic chiasm
B
A drop in acuity explained by an obvious cataract
C
Eye redness with purulent discharge
D
A purely migraine-like transient visual disorder without campimetric abnormality
Explanation: explanation: Cataract (B), conjunctivitis (C) and migraine (D) are specific, non-compressive ophthalmological or neurological causes.
source_reference: Pituitary adenomas; Acromegaly; Hyperprolactinemia; Exploration of the anterior pituitary; Pituitary pathology
source_course_title: Pituitary adenomas; Acromegaly; Hyperprolactinemia; Exploration of the anterior pituitary; Pituitary pathology
theme: Compressive vs. primary visual disorder
difficulty: medium
submodule_key: y5_endocrino_pituitary_adenomas_acromegaly_hyperprolactinemia
module_title: 5th year · Endocrinology · Pituitary gland: adenomas, acromegaly and hyperprolactinemia
Concerning the exploration of a pituitary adenoma, which propositions are correct?
A
Pituitary MRI is the reference examination to visualize the adenoma
B
A hormonal assessment looks for hypersecretion and/or associated insufficiency
C
Visual field examination assesses chiasmatic impact
D
A single static dosage is sufficient to eliminate any associated pituitary deficit
Explanation: explanation: A, B and C correspond to the complete exploration (imaging, assessment of hypersecretion and deficit, visual field). D is false: an isolated dosage is not enough to eliminate a deficit.
source_reference: Pituitary adenomas; Acromegaly; Hyperprolactinemia; Exploration of the anterior pituitary; Pituitary pathology
source_course_title: Pituitary adenomas; Acromegaly; Hyperprolactinemia; Exploration of the anterior pituitary; Pituitary pathology
theme: Pituitary exploration
difficulty: medium
submodule_key: y5_endocrino_pituitary_adenomas_acromegaly_hyperprolactinemia
module_title: 5th year · Endocrinology · Pituitary gland: adenomas, acromegaly and hyperprolactinemia
Among the propositions opposing secreting and non-secreting adenoma, which are correct?
A
A secreting adenoma is revealed by a syndrome of hormonal hypersecretion
B
A non-secreting adenoma is often revealed by a tumor syndrome or a deficiency
C
A macroadenoma can compress the healthy pituitary gland and lead to failure
D
A non-secreting adenoma always causes major hormonal hypersecretion
Explanation: explanation: A, B and C are correct. D is contradictory: a non-secreting adenoma does not, by definition, cause hormonal hypersecretion.
source_reference: Pituitary adenomas; Acromegaly; Hyperprolactinemia; Exploration of the anterior pituitary; Pituitary pathology
source_course_title: Pituitary adenomas; Acromegaly; Hyperprolactinemia; Exploration of the anterior pituitary; Pituitary pathology
theme: Secreting vs non-secreting adenoma
difficulty: difficult
submodule_key: y5_endocrino_pituitary_adenomas_acromegaly_hyperprolactinemia
module_title: 5th year · Endocrinology · Pituitary gland: adenomas, acromegaly and hyperprolactinemia
Explain the two main types of possible impact of a pituitary adenoma and give an example of each.
Explanation: explanation: The key point is that the same adenoma can combine hypersecretion of one lineage and deficiency of others.
source_reference: Pituitary adenomas; Acromegaly; Hyperprolactinemia; Exploration of the anterior pituitary; Pituitary pathology
source_course_title: Pituitary adenomas; Acromegaly; Hyperprolactinemia; Exploration of the anterior pituitary; Pituitary pathology
theme: Repercussions of an adenoma
difficulty: medium
submodule_key: y5_endocrino_pituitary_adenomas_acromegaly_hyperprolactinemia
module_title: 5th year · Endocrinology · Pituitary gland: adenomas, acromegaly and hyperprolactinemia
What element distinguishes diabetes insipidus from diabetes mellitus compared to polyuro-polydipsic syndrome?
A
Hypotonic polyuria without hyperglycemia or glycosuria in diabetes insipidus
B
Presence of frank hyperglycemia in diabetes insipidus
C
Massive glycosuria in diabetes insipidus
D
Inaugural ketosis in diabetes insipidus
Explanation: explanation: Hyperglycemia (B), glycosuria (C), and ketosis (D) characterize diabetes mellitus, not insipidus.
source_reference: Anterior pituitary insufficiency; Diabetes insipidus; Polyuro-polydipsic syndrome; CAT in front of polyuro-polydipsic syndrome
source_course_title: Anterior pituitary insufficiency; Diabetes insipidus; Polyuro-polydipsic syndrome; CAT in front of polyuro-polydipsic syndrome
theme: Diabetes insipidus vs. diabetes mellitus
difficulty: medium
submodule_key: y5_endocrino_pituitary_insufficiency_diabetes_insipide_polyuro_polydipsia
module_title: 5th year · Endocrinology · Pituitary insufficiency, diabetes insipidus and polyuro-polydipsic syndrome
How to distinguish central diabetes insipidus from nephrogenic diabetes insipidus?
A
The central DI responds to ADH administration, the nephrogenic is resistant to it
B
Central DI is due to renal resistance to ADH
C
Nephrogenic DI is due to a defect in hypothalamic ADH secretion
D
Both respond identically to ADH
Explanation: explanation: B and C reverse the mechanisms; D is false because the response to ADH is precisely the distinguishing criterion.
source_reference: Anterior pituitary insufficiency; Diabetes insipidus; Polyuro-polydipsic syndrome; CAT in front of polyuro-polydipsic syndrome
source_course_title: Anterior pituitary insufficiency; Diabetes insipidus; Polyuro-polydipsic syndrome; CAT in front of polyuro-polydipsic syndrome
theme: central DI vs nephrogenic
difficulty: difficult
submodule_key: y5_endocrino_pituitary_insufficiency_diabetes_insipide_polyuro_polydipsia
module_title: 5th year · Endocrinology · Pituitary insufficiency, diabetes insipidus and polyuro-polydipsic syndrome
What element points towards potomania rather than true diabetes insipidus?
A
Primary polydipsia with preserved urine concentration capacity during an appropriate restriction test
B
Complete inability to concentrate urine despite fluid restriction
C
Clear response to ADH administration after an initial concentration defect
D
Persistent polyuria despite high plasma osmolarity
Explanation: explanation: B directs towards a DI, C towards a central DI, D towards a true DI: none describes potomania.
source_reference: Anterior pituitary insufficiency; Diabetes insipidus; Polyuro-polydipsic syndrome; CAT in front of polyuro-polydipsic syndrome
source_course_title: Anterior pituitary insufficiency; Diabetes insipidus; Polyuro-polydipsic syndrome; CAT in front of polyuro-polydipsic syndrome
theme: Potomania vs DI
difficulty: difficult
submodule_key: y5_endocrino_pituitary_insufficiency_diabetes_insipide_polyuro_polydipsia
module_title: 5th year · Endocrinology · Pituitary insufficiency, diabetes insipidus and polyuro-polydipsic syndrome
What picture suggests global anterior pituitary insufficiency?
A
Association of deficits of several axes (gonadotrope, thyrotrope, corticotrope, somatotrope)
B
Isolated hypersecretion of growth hormone
C
Isolated aqueous polyuria without other deficit
D
Frank peripheral hyperthyroidism
Explanation: explanation: Hypersecretion of GH (B) is the opposite, isolated polyuria (C) suggests DI, and hyperthyroidism (D) is not a deficiency.
source_reference: Anterior pituitary insufficiency; Diabetes insipidus; Polyuro-polydipsic syndrome; CAT in front of polyuro-polydipsic syndrome
source_course_title: Anterior pituitary insufficiency; Diabetes insipidus; Polyuro-polydipsic syndrome; CAT in front of polyuro-polydipsic syndrome
theme: Anterior pituitary insufficiency
difficulty: medium
submodule_key: y5_endocrino_pituitary_insufficiency_diabetes_insipide_polyuro_polydipsia
module_title: 5th year · Endocrinology · Pituitary insufficiency, diabetes insipidus and polyuro-polydipsic syndrome
What element distinguishes corticotropic insufficiency (pituitary origin) from primary adrenal insufficiency?
A
Melanoderma and mineralocorticoid involvement are present in the primary origin but not in the corticotropic origin
B
Melanoderma is typical of pituitary corticotroph insufficiency
C
Mineralocorticoid damage is constant in corticotropic insufficiency
D
The two forms have a strictly identical presentation
Explanation: explanation: B and C wrongly attribute these signs to the central origin; D denies a difference that is nevertheless clear.
source_reference: Anterior pituitary insufficiency; Diabetes insipidus; Polyuro-polydipsic syndrome; CAT in front of polyuro-polydipsic syndrome
source_course_title: Anterior pituitary insufficiency; Diabetes insipidus; Polyuro-polydipsic syndrome; CAT in front of polyuro-polydipsic syndrome
theme: Anterior pituitary vs. primary adrenal insufficiency
difficulty: difficult
submodule_key: y5_endocrino_pituitary_insufficiency_diabetes_insipide_polyuro_polydipsia
module_title: 5th year · Endocrinology · Pituitary insufficiency, diabetes insipidus and polyuro-polydipsic syndrome
How to distinguish an isolated pituitary deficiency from panhypopituitarism?
A
Panhypopituitarism combines several hormonal deficiencies, isolated deficiency only affects one
B
The isolated deficit necessarily affects all axes
C
Panhypopituitarism affects only one axis
D
The two concepts are equivalent
Explanation: explanation: B and C reverse the definitions, D denies the distinction.
source_reference: Anterior pituitary insufficiency; Diabetes insipidus; Polyuro-polydipsic syndrome; CAT in front of polyuro-polydipsic syndrome
source_course_title: Anterior pituitary insufficiency; Diabetes insipidus; Polyuro-polydipsic syndrome; CAT in front of polyuro-polydipsic syndrome
theme: Isolated deficit vs panhypopituitarism
difficulty: medium
submodule_key: y5_endocrino_pituitary_insufficiency_diabetes_insipide_polyuro_polydipsia
module_title: 5th year · Endocrinology · Pituitary insufficiency, diabetes insipidus and polyuro-polydipsic syndrome
When faced with a polyuro-polydipsic syndrome, what hypotheses should be raised?
A
Diabetes mellitus (osmotic polyuria)
B
Central or nephrogenic diabetes insipidus
C
Potomania (primary polydipsia)
D
Hyperthyroidism as the exclusive and constant cause of aqueous polyuria
Explanation: explanation: A, B and C are the main hypotheses of a polyuro-polydipsic syndrome. D is false: hyperthyroidism is not an exclusive and constant cause of aqueous polyuria.
source_reference: Anterior pituitary insufficiency; Diabetes insipidus; Polyuro-polydipsic syndrome; CAT in front of polyuro-polydipsic syndrome
source_course_title: Anterior pituitary insufficiency; Diabetes insipidus; Polyuro-polydipsic syndrome; CAT in front of polyuro-polydipsic syndrome
theme: SPUPD differential diagnosis
difficulty: medium
submodule_key: y5_endocrino_pituitary_insufficiency_diabetes_insipide_polyuro_polydipsia
module_title: 5th year · Endocrinology · Pituitary insufficiency, diabetes insipidus and polyuro-polydipsic syndrome
Which of the propositions opposing osmotic polyuria and aqueous polyuria are correct?
A
Osmotic polyuria is linked to urinary osmotic load (e.g. glucose)
B
Aqueous polyuria is linked to a defect in the action or secretion of ADH
C
Diabetes mellitus causes osmotic polyuria
D
Diabetes insipidus causes osmotic polyuria with glycosuria
Explanation: explanation: A, B and C are correct. D is false: diabetes insipidus gives aqueous polyuria, without glycosuria.
source_reference: Anterior pituitary insufficiency; Diabetes insipidus; Polyuro-polydipsic syndrome; CAT in front of polyuro-polydipsic syndrome
source_course_title: Anterior pituitary insufficiency; Diabetes insipidus; Polyuro-polydipsic syndrome; CAT in front of polyuro-polydipsic syndrome
theme: Osmotic vs aqueous polyuria
difficulty: difficult
submodule_key: y5_endocrino_pituitary_insufficiency_diabetes_insipide_polyuro_polydipsia
module_title: 5th year · Endocrinology · Pituitary insufficiency, diabetes insipidus and polyuro-polydipsic syndrome
Describe the general diagnostic approach to polyuro-polydipsic syndrome.
Explanation: explanation: The trap is to confuse diabetes mellitus and diabetes insipidus, then potomania and true DI.
source_reference: Anterior pituitary insufficiency; Diabetes insipidus; Polyuro-polydipsic syndrome; CAT in front of polyuro-polydipsic syndrome
source_course_title: Anterior pituitary insufficiency; Diabetes insipidus; Polyuro-polydipsic syndrome; CAT in front of polyuro-polydipsic syndrome
theme: SPUPD approach
difficulty: medium
submodule_key: y5_endocrino_pituitary_insufficiency_diabetes_insipide_polyuro_polydipsia
module_title: 5th year · Endocrinology · Pituitary insufficiency, diabetes insipidus and polyuro-polydipsic syndrome
What set of signs suggests Cushing's syndrome?
A
Facial-trunk obesity, purple stretch marks, amyotrophy and skin fragility
B
Weight loss with melanoderma and hypotension
C
Chilliness, bradycardia and myxedematous weight gain
D
Isolated aqueous polyuria
Explanation: explanation: B suggests adrenal insufficiency, C hypothyroidism, D diabetes insipidus.
source_reference: Cushing's syndrome; Adrenal insufficiency; Slow adrenal insufficiency; Endocrine hypertension; Adrenal pathology
source_course_title: Cushing's syndrome; Adrenal insufficiency; Slow adrenal insufficiency; Endocrine hypertension; Adrenal pathology
theme: Cushing's signs
difficulty: medium
submodule_key: y5_endocrino_surrenales_cushing_insufficiency_hta_endocrine
module_title: 5th year · Endocrinology · Adrenals: Cushing's, adrenal insufficiency and endocrine hypertension
What hormonal profile characterizes ACTH-independent Cushing syndrome (adrenal origin)?
A
High Cortisol with Low ACTH
B
High Cortisol with High or Normal-High ACTH
C
Low cortisol with high ACTH
D
Low cortisol with low ACTH
Explanation: explanation: B corresponds to ACTH-dependent Cushing's, C to primary adrenal insufficiency, D to corticotropic insufficiency.
source_reference: Cushing's syndrome; Adrenal insufficiency; Slow adrenal insufficiency; Endocrine hypertension; Adrenal pathology
source_course_title: Cushing's syndrome; Adrenal insufficiency; Slow adrenal insufficiency; Endocrine hypertension; Adrenal pathology
theme: Cushing ACTH-dependent vs. independent
difficulty: difficult
submodule_key: y5_endocrino_surrenales_cushing_insufficiency_hta_endocrine
module_title: 5th year · Endocrinology · Adrenals: Cushing's, adrenal insufficiency and endocrine hypertension
What is the most common Cushing's syndrome in practice?
A
Iatrogenic Cushing's linked to prolonged corticosteroid therapy
B
Isolated pulmonary paraneoplastic Cushing's
C
Malignant adrenocorticaloma
D
Cushing's pituitary adenoma in children
Explanation: explanation: Endogenous causes (B, C, D) are rarer than the iatrogenic cause.
source_reference: Cushing's syndrome; Adrenal insufficiency; Slow adrenal insufficiency; Endocrine hypertension; Adrenal pathology
source_course_title: Cushing's syndrome; Adrenal insufficiency; Slow adrenal insufficiency; Endocrine hypertension; Adrenal pathology
theme: Endogenous vs iatrogenic Cushing's
difficulty: medium
submodule_key: y5_endocrino_surrenales_cushing_insufficiency_hta_endocrine
module_title: 5th year · Endocrinology · Adrenals: Cushing's, adrenal insufficiency and endocrine hypertension
What sign is suggestive of chronic primary adrenal insufficiency (Addison's disease)?
A
Melanoderma with asthenia, hypotension and tendency to hyponatremia
B
Facial-trunk obesity with hypertension
C
Goiter with exophthalmos
D
Osmotic polyuria with glycosuria
Explanation: explanation: B evokes a Cushing's, C a Basedow, D a diabetes mellitus.
source_reference: Cushing's syndrome; Adrenal insufficiency; Slow adrenal insufficiency; Endocrine hypertension; Adrenal pathology
source_course_title: Cushing's syndrome; Adrenal insufficiency; Slow adrenal insufficiency; Endocrine hypertension; Adrenal pathology
theme: Primary adrenal insufficiency
difficulty: medium
submodule_key: y5_endocrino_surrenales_cushing_insufficiency_hta_endocrine
module_title: 5th year · Endocrinology · Adrenals: Cushing's, adrenal insufficiency and endocrine hypertension
What element distinguishes primary adrenal insufficiency from (secondary) corticotropic insufficiency?
A
The presence of melanoderma and mineralocorticoid deficiency in the primary form
B
The presence of melanoderma in the secondary form
C
A major mineralocorticoid deficiency in the secondary form
D
A collapsed ACTH in the primary form
Explanation: explanation: B, C and D wrongly assign characters from the primary form to the secondary form or reverse ACTH.
source_reference: Cushing's syndrome; Adrenal insufficiency; Slow adrenal insufficiency; Endocrine hypertension; Adrenal pathology
source_course_title: Cushing's syndrome; Adrenal insufficiency; Slow adrenal insufficiency; Endocrine hypertension; Adrenal pathology
theme: primary vs secondary ISA
difficulty: difficult
submodule_key: y5_endocrino_surrenales_cushing_insufficiency_hta_endocrine
module_title: 5th year · Endocrinology · Adrenals: Cushing's, adrenal insufficiency and endocrine hypertension
High blood pressure with unexplained hypokalemia should be considered as a priority:
A
Primary hyperaldosteronism
B
Primary adrenal insufficiency
C
Severe hypothyroidism
D
Nephrogenic diabetes insipidus
Explanation: explanation: Adrenal insufficiency (B) tends to cause hypotension and hyperkalemia; C and D do not give this profile.
source_reference: Cushing's syndrome; Adrenal insufficiency; Slow adrenal insufficiency; Endocrine hypertension; Adrenal pathology
source_course_title: Cushing's syndrome; Adrenal insufficiency; Slow adrenal insufficiency; Endocrine hypertension; Adrenal pathology
theme: Endocrine hypokalemia
difficulty: difficult
submodule_key: y5_endocrino_surrenales_cushing_insufficiency_hta_endocrine
module_title: 5th year · Endocrinology · Adrenals: Cushing's, adrenal insufficiency and endocrine hypertension
What distinguishes slow adrenal insufficiency from acute adrenal insufficiency?
A
The slow form sets in gradually, while the acute form combines collapse and immediate life threat.
B
The acute form sets in insidiously without signs of severity
C
The slow form always involves an inaugural collapse
D
Both have exactly the same installation speed and severity
Explanation: explanation: B and C invert the profiles (the treble is brutal and serious), D denies the difference, although it is major.
source_reference: Cushing's syndrome; Adrenal insufficiency; Slow adrenal insufficiency; Endocrine hypertension; Adrenal pathology
source_course_title: Cushing's syndrome; Adrenal insufficiency; Slow adrenal insufficiency; Endocrine hypertension; Adrenal pathology
theme: Slow vs acute adrenal insufficiency
difficulty: medium
submodule_key: y5_endocrino_surrenales_cushing_insufficiency_hta_endocrine
module_title: 5th year · Endocrinology · Adrenals: Cushing's, adrenal insufficiency and endocrine hypertension
What elements should suggest hypertension of endocrine origin rather than essential?
A
Resistant or severe hypertension in a young subject
B
Associated hypokalemia suggestive of hyperaldosteronism
C
Triad suggestive of pheochromocytoma (headache, sweating, palpitations)
D
Ordinary hypertension isolated from the elderly subject without any sign of appeal
Explanation: explanation: A, B and C are warning signs of secondary endocrine hypertension. On the contrary, D describes a banal essential hypertension without warning signs.
source_reference: Cushing's syndrome; Adrenal insufficiency; Slow adrenal insufficiency; Endocrine hypertension; Adrenal pathology
source_course_title: Cushing's syndrome; Adrenal insufficiency; Slow adrenal insufficiency; Endocrine hypertension; Adrenal pathology
theme: Endocrine hypertension
difficulty: difficult
submodule_key: y5_endocrino_surrenales_cushing_insufficiency_hta_endocrine
module_title: 5th year · Endocrinology · Adrenals: Cushing's, adrenal insufficiency and endocrine hypertension
Which of the propositions opposing primary hyperaldosteronism and pheochromocytoma are correct?
A
Primary hyperaldosteronism is often accompanied by hypokalemia
B
Pheochromocytoma is linked to excessive secretion of catecholamines
C
Pheochromocytoma can cause paroxysmal blood pressure surges
D
Primary hyperaldosteronism is due to excess catecholamines
Explanation: explanation: A, B and C are correct. D is false: hyperaldosteronism is linked to an excess of aldosterone (mineralocorticoid), not catecholamines.
source_reference: Cushing's syndrome; Adrenal insufficiency; Slow adrenal insufficiency; Endocrine hypertension; Adrenal pathology
source_course_title: Cushing's syndrome; Adrenal insufficiency; Slow adrenal insufficiency; Endocrine hypertension; Adrenal pathology
theme: Hyperaldosteronism vs pheochromocytoma
difficulty: medium
submodule_key: y5_endocrino_surrenales_cushing_insufficiency_hta_endocrine
module_title: 5th year · Endocrinology · Adrenals: Cushing's, adrenal insufficiency and endocrine hypertension
Outline the general approach to referral when Cushing's syndrome is suspected.
Explanation: explanation: The trap is to forget that corticosteroid therapy is the most common cause.
source_reference: Cushing's syndrome; Adrenal insufficiency; Slow adrenal insufficiency; Endocrine hypertension; Adrenal pathology
source_course_title: Cushing's syndrome; Adrenal insufficiency; Slow adrenal insufficiency; Endocrine hypertension; Adrenal pathology
theme: Cushing approach
difficulty: medium
submodule_key: y5_endocrino_surrenales_cushing_insufficiency_hta_endocrine
module_title: 5th year · Endocrinology · Adrenals: Cushing's, adrenal insufficiency and endocrine hypertension
What sign is suggestive of hypocalcemia?
A
Signs of neuromuscular hyperexcitability (paresthesias, cramps, Chvostek sign)
B
Constipation with renal lithiasis and polyuria
C
Hypertension with hypokalemia
D
Melanoderma with hypotension
Explanation: explanation: B rather suggests hypercalcemia, C hyperaldosteronism, D adrenal insufficiency.
source_reference: Primary hyperparathyroidism; Primary hypoparathyroidism; Hypocalcemia; Phosphocalcic metabolism; CAT in front of hypocalcemia
source_course_title: Primary hyperparathyroidism; Primary hypoparathyroidism; Hypocalcemia; Phosphocalcic metabolism; CAT in front of hypocalcemia
theme: Signs of hypocalcemia
difficulty: medium
submodule_key: y5_endocrino_parathyroides_calcium_hypocalcemia_hyperparathyroidism
module_title: 5th year · Endocrinology · Parathyroids, calcium, hypocalcemia and hyperparathyroidism
What biological profile indicates hypocalcemia due to hypoparathyroidism rather than vitamin D deficiency?
A
Hypocalcemia with low or inadequate PTH
B
Hypocalcemia with reactive elevated PTH
C
Hypercalcemia with elevated PTH
D
Hypercalcemia with low PTH
Explanation: explanation: Elevated reactive PTH (B) suggests vitamin D deficiency (secondary hyperparathyroidism). C and D describe hypercalcemia.
source_reference: Primary hyperparathyroidism; Primary hypoparathyroidism; Hypocalcemia; Phosphocalcic metabolism; CAT in front of hypocalcemia
source_course_title: Primary hyperparathyroidism; Primary hypoparathyroidism; Hypocalcemia; Phosphocalcic metabolism; CAT in front of hypocalcemia
theme: Hypocalcemia by hypoPTH vs vitamin deficiency
difficulty: difficult
submodule_key: y5_endocrino_parathyroides_calcium_hypocalcemia_hyperparathyroidism
module_title: 5th year · Endocrinology · Parathyroids, calcium, hypocalcemia and hyperparathyroidism
What biological profile characterizes primary hyperparathyroidism?
A
Hypercalcemia with elevated or inadequate PTH
B
Hypocalcemia with low PTH
C
Hypercalcemia with collapsed PTH
D
Normal serum calcium with collapsed PTH
Explanation: explanation: B suggests hypoparathyroidism, C hypercalcemia of another origin (slowed PTH), D an inconsistent profile.
source_reference: Primary hyperparathyroidism; Primary hypoparathyroidism; Hypocalcemia; Phosphocalcic metabolism; CAT in front of hypocalcemia
source_course_title: Primary hyperparathyroidism; Primary hypoparathyroidism; Hypocalcemia; Phosphocalcic metabolism; CAT in front of hypocalcemia
theme: Primary hyperparathyroidism
difficulty: medium
submodule_key: y5_endocrino_parathyroides_calcium_hypocalcemia_hyperparathyroidism
module_title: 5th year · Endocrinology · Parathyroids, calcium, hypocalcemia and hyperparathyroidism
What distinguishes secondary hyperparathyroidism from primary hyperparathyroidism?
A
Secondary hyperparathyroidism is an adaptive response, often with low or normal serum calcium
B
Secondary hyperparathyroidism is always accompanied by autonomic hypercalcemia
C
Primary hyperparathyroidism is an adaptive response to hypocalcemia
D
Both have strictly the same pathophysiology
Explanation: explanation: B describes the primary (autonomy and hypercalcemia), C reverses the definitions, D denies the difference.
source_reference: Primary hyperparathyroidism; Primary hypoparathyroidism; Hypocalcemia; Phosphocalcic metabolism; CAT in front of hypocalcemia
source_course_title: Primary hyperparathyroidism; Primary hypoparathyroidism; Hypocalcemia; Phosphocalcic metabolism; CAT in front of hypocalcemia
theme: primary vs secondary HPT
difficulty: difficult
submodule_key: y5_endocrino_parathyroides_calcium_hypocalcemia_hyperparathyroidism
module_title: 5th year · Endocrinology · Parathyroids, calcium, hypocalcemia and hyperparathyroidism
Faced with hypercalcemia, which profile points towards a tumoral cause (paraneoplastic) rather than towards primary hyperparathyroidism?
A
Hypercalcemia with low PTH in a neoplastic context
B
Hypercalcemia with elevated PTH and context suggestive of parathyroid damage
C
Hypocalcemia with elevated PTH
D
Normal serum calcium with normal PTH
Explanation: explanation: B points towards primary hyperparathyroidism, C towards reactive hypocalcemia, D is a normal profile.
source_reference: Primary hyperparathyroidism; Primary hypoparathyroidism; Hypocalcemia; Phosphocalcic metabolism; CAT in front of hypocalcemia
source_course_title: Primary hyperparathyroidism; Primary hypoparathyroidism; Hypocalcemia; Phosphocalcic metabolism; CAT in front of hypocalcemia
theme: Endocrine vs. tumor hypercalcemia
difficulty: medium
submodule_key: y5_endocrino_parathyroides_calcium_hypocalcemia_hyperparathyroidism
module_title: 5th year · Endocrinology · Parathyroids, calcium, hypocalcemia and hyperparathyroidism
What element points towards an organic hypocalcemia rather than a non-organic crisis in the presence of neuromuscular signs?
A
Confirmed low serum calcium with reproducible signs of hyperexcitability (Chvostek, Trousseau)
B
Strictly normal serum calcium with isolated emotional context
C
Immediate resolution without any biological abnormality
D
Associated frank hypercalcemia
Explanation: explanation: B and C suggest a non-organic disorder, D describes the opposite (hypercalcemia).
source_reference: Primary hyperparathyroidism; Primary hypoparathyroidism; Hypocalcemia; Phosphocalcic metabolism; CAT in front of hypocalcemia
source_course_title: Primary hyperparathyroidism; Primary hypoparathyroidism; Hypocalcemia; Phosphocalcic metabolism; CAT in front of hypocalcemia
theme: Tetany vs. anxiety crisis
difficulty: difficult
submodule_key: y5_endocrino_parathyroides_calcium_hypocalcemia_hyperparathyroidism
module_title: 5th year · Endocrinology · Parathyroids, calcium, hypocalcemia and hyperparathyroidism
Concerning the regulation of phosphocalcic metabolism, which propositions are accurate?
A
PTH tends to increase serum calcium
B
Vitamin D promotes intestinal absorption of calcium
C
PTH acts on the bone, the kidney and indirectly on the intestine
D
PTH tends to lower serum calcium
Explanation: explanation: A, B and C correctly describe the regulation. D is false: PTH increases serum calcium, it does not lower it.
source_reference: Primary hyperparathyroidism; Primary hypoparathyroidism; Hypocalcemia; Phosphocalcic metabolism; CAT in front of hypocalcemia
source_course_title: Primary hyperparathyroidism; Primary hypoparathyroidism; Hypocalcemia; Phosphocalcic metabolism; CAT in front of hypocalcemia
theme: Phosphocalcic metabolism
difficulty: medium
submodule_key: y5_endocrino_parathyroides_calcium_hypocalcemia_hyperparathyroidism
module_title: 5th year · Endocrinology · Parathyroids, calcium, hypocalcemia and hyperparathyroidism
Which of the statements regarding calcium disorders are correct?
A
Symptomatic acute hypocalcemia constitutes an emergency (risk of tetany, serious disorders)
B
Severe hypercalcemia can lead to impaired consciousness and cardiac repercussions.
C
The impact depends in part on the speed of installation
D
A moderate chronic calcium disorder always requires extreme emergency treatment.
Explanation: explanation: A, B and C are correct. D is false: a moderate chronic disorder does not systematically constitute an extreme emergency, unlike acute symptomatic forms.
source_reference: Primary hyperparathyroidism; Primary hypoparathyroidism; Hypocalcemia; Phosphocalcic metabolism; CAT in front of hypocalcemia
source_course_title: Primary hyperparathyroidism; Primary hypoparathyroidism; Hypocalcemia; Phosphocalcic metabolism; CAT in front of hypocalcemia
theme: Acute vs. chronic calcium disorder
difficulty: difficult
submodule_key: y5_endocrino_parathyroides_calcium_hypocalcemia_hyperparathyroidism
module_title: 5th year · Endocrinology · Parathyroids, calcium, hypocalcemia and hyperparathyroidism
Describe the general principles of what to do when faced with hypocalcemia, without detailing the dosage.
Explanation: explanation: The key point is the role of PTH in separating hypoparathyroidism and secondary hyperparathyroidism.
source_reference: Primary hyperparathyroidism; Primary hypoparathyroidism; Hypocalcemia; Phosphocalcic metabolism; CAT in front of hypocalcemia
source_course_title: Primary hyperparathyroidism; Primary hypoparathyroidism; Hypocalcemia; Phosphocalcic metabolism; CAT in front of hypocalcemia
theme: CAT facing hypocalcemia
difficulty: medium
submodule_key: y5_endocrino_parathyroides_calcium_hypocalcemia_hyperparathyroidism
module_title: 5th year · Endocrinology · Parathyroids, calcium, hypocalcemia and hyperparathyroidism
What hormonal profile characterizes hypogonadotropic (central) hypogonadism?
A
Low sex steroids with low or inadequate gonadotropins
B
Low sex steroids with high gonadotropins
C
High sex steroids with high gonadotropins
D
Normal sex steroids with collapsed gonadotropins without symptoms
Explanation: explanation: B characterizes peripheral hypogonadism (gonadotropins elevated by lifting feedback), C and D do not correspond to hypogonadism.
source_reference: Normal and pathological puberty; Hypogonadism; Gynecomastia; Growth retardation; Normal and pathological growth
source_course_title: Normal and pathological puberty; Hypogonadism; Gynecomastia; Growth retardation; Normal and pathological growth
theme: Central vs. peripheral hypogonadism
difficulty: difficult
submodule_key: y5_endocrino_reproduction_puberty_hypogonadism_gynecomastia_growth
module_title: 5th year · Endocrinology · Reproduction, puberty, hypogonadism, gynecomastia and growth
What element points towards a simple pubertal delay rather than permanent hypogonadism?
A
Often familial character with delayed but spontaneously possible onset of puberty
B
Permanent absence of any pubertal development despite advanced age
C
Elevated gonadotropins with non-functional gonads
D
Genetic anomaly confirmed immediately
Explanation: explanation: B, C and D point towards permanent organic hypogonadism.
source_reference: Normal and pathological puberty; Hypogonadism; Gynecomastia; Growth retardation; Normal and pathological growth
source_course_title: Normal and pathological puberty; Hypogonadism; Gynecomastia; Growth retardation; Normal and pathological growth
theme: Simple pubertal delay vs hypogonadism
difficulty: medium
submodule_key: y5_endocrino_reproduction_puberty_hypogonadism_gynecomastia_growth
module_title: 5th year · Endocrinology · Reproduction, puberty, hypogonadism, gynecomastia and growth
How to distinguish central precocious puberty from peripheral precocious puberty?
A
The central form results from premature activation of the gonadotropic axis, the peripheral is independent of it
B
The central form is gonadotropin independent
C
The peripheral shape results from activation of the gonadotropic axis
D
Both forms have the same mechanism
Explanation: explanation: B and C reverse the mechanisms, D denies the essential distinction.
source_reference: Normal and pathological puberty; Hypogonadism; Gynecomastia; Growth retardation; Normal and pathological growth
source_course_title: Normal and pathological puberty; Hypogonadism; Gynecomastia; Growth retardation; Normal and pathological growth
theme: Central vs. peripheral precocious puberty
difficulty: difficult
submodule_key: y5_endocrino_reproduction_puberty_hypogonadism_gynecomastia_growth
module_title: 5th year · Endocrinology · Reproduction, puberty, hypogonadism, gynecomastia and growth
What context suggests physiological rather than pathological gynecomastia?
A
Transient pubertal gynecomastia in adolescents, regressive
B
Rapid, hard, fixed gynecomastia with systemic signs
C
Gynecomastia associated with a suspicious testicular mass
D
Gynecomastia linked to an identified endocrine or tumor cause
Explanation: explanation: B, C and D (suspicious character, testicular mass, identified cause) point towards pathological gynecomastia.
source_reference: Normal and pathological puberty; Hypogonadism; Gynecomastia; Growth retardation; Normal and pathological growth
source_course_title: Normal and pathological puberty; Hypogonadism; Gynecomastia; Growth retardation; Normal and pathological growth
theme: Physiological vs pathological gynecomastia
difficulty: medium
submodule_key: y5_endocrino_reproduction_puberty_hypogonadism_gynecomastia_growth
module_title: 5th year · Endocrinology · Reproduction, puberty, hypogonadism, gynecomastia and growth
What element points towards growth retardation of endocrine rather than constitutional origin?
A
Marked slowdown in growth rate with associated signs of endocrinopathy
B
Regular growth along a low corridor with concordant bone maturation
C
Low family size without slowing growth rate
D
Stature advancement with early puberty
Explanation: explanation: B and C describe non-endocrine variants (simple delay, small family size). D is the inverse of a delay.
source_reference: Normal and pathological puberty; Hypogonadism; Gynecomastia; Growth retardation; Normal and pathological growth
source_course_title: Normal and pathological puberty; Hypogonadism; Gynecomastia; Growth retardation; Normal and pathological growth
theme: Endocrine vs constitutional growth retardation
difficulty: difficult
submodule_key: y5_endocrino_reproduction_puberty_hypogonadism_gynecomastia_growth
module_title: 5th year · Endocrinology · Reproduction, puberty, hypogonadism, gynecomastia and growth
What element suggests a nutritional rather than an endocrine cause for a growth disorder?
A
Context of malnutrition or chronic illness with marked weight impact
B
Slowed growth rate with clear signs of hypothyroidism
C
Documented pituitary hormone deficiency
D
Excess growth hormone
Explanation: explanation: B and C point towards an endocrine cause, D is the opposite (excess of GH).
source_reference: Normal and pathological puberty; Hypogonadism; Gynecomastia; Growth retardation; Normal and pathological growth
source_course_title: Normal and pathological puberty; Hypogonadism; Gynecomastia; Growth retardation; Normal and pathological growth
theme: Growth disorder vs nutritional
difficulty: medium
submodule_key: y5_endocrino_reproduction_puberty_hypogonadism_gynecomastia_growth
module_title: 5th year · Endocrinology · Reproduction, puberty, hypogonadism, gynecomastia and growth
Concerning the gonadotropic axis and its exploration, which propositions are accurate?
A
Pituitary gonadotropins stimulate the gonads
B
Peripheral hypogonadism elevates gonadotropins by lifting feedback
C
Central hypogonadism lowers gonadotropins
D
Gonadotropins are secreted by the gonads themselves
Explanation: explanation: A, B and C correctly describe the axis and its feedback. D is false: gonadotropins are of pituitary origin, not gonadal.
source_reference: Normal and pathological puberty; Hypogonadism; Gynecomastia; Growth retardation; Normal and pathological growth
source_course_title: Normal and pathological puberty; Hypogonadism; Gynecomastia; Growth retardation; Normal and pathological growth
theme: Gonadotropic axis
difficulty: medium
submodule_key: y5_endocrino_reproduction_puberty_hypogonadism_gynecomastia_growth
module_title: 5th year · Endocrinology · Reproduction, puberty, hypogonadism, gynecomastia and growth
Faced with a pubertal anomaly, what general steps are justified?
A
Assess pubertal stage and growth rate
B
Appreciate bone maturation
C
Explore the gonadotropic axis (gonadotropins, sex steroids)
D
Conclude immediately to a psychological cause without any assessment
Explanation: explanation: A, B and C constitute the orientation report. D is inappropriate and not justified.
source_reference: Normal and pathological puberty; Hypogonadism; Gynecomastia; Growth retardation; Normal and pathological growth
source_course_title: Normal and pathological puberty; Hypogonadism; Gynecomastia; Growth retardation; Normal and pathological growth
theme: Pubertal anomalies
difficulty: difficult
submodule_key: y5_endocrino_reproduction_puberty_hypogonadism_gynecomastia_growth
module_title: 5th year · Endocrinology · Reproduction, puberty, hypogonadism, gynecomastia and growth
Explain how to distinguish central hypogonadism from peripheral hypogonadism, and the importance of this distinction.
Explanation: explanation: The key point is the direction of gonadotropins (high peripherally, low centrally).
source_reference: Normal and pathological puberty; Hypogonadism; Gynecomastia; Growth retardation; Normal and pathological growth
source_course_title: Normal and pathological puberty; Hypogonadism; Gynecomastia; Growth retardation; Normal and pathological growth
theme: Central vs. peripheral hypogonadism
difficulty: medium
submodule_key: y5_endocrino_reproduction_puberty_hypogonadism_gynecomastia_growth
module_title: 5th year · Endocrinology · Reproduction, puberty, hypogonadism, gynecomastia and growth
What picture evokes acute adrenal insufficiency?
A
Hypotension or collapse, digestive disorders, dehydration and hydroelectrolyte disorders
B
Severe hypertension with hypokalemia
C
Facio-trunk obesity with purple stretch marks
D
Goiter with exophthalmos and tachycardia
Explanation: explanation: B suggests hyperaldosteronism, C a Cushing, D a Basedow.
source_reference: Endocrine emergencies; Diabetic ketoacidosis; Hyperosmolar coma; Severe hypoglycemia; Acute adrenal insufficiency; Thyrotoxic crisis; Symptomatic hypocalcemia
source_course_title: Endocrine emergencies; Diabetic ketoacidosis; Hyperosmolar coma; Severe hypoglycemia; Acute adrenal insufficiency; Thyrotoxic crisis; Symptomatic hypocalcemia
theme: Acute adrenal insufficiency
difficulty: medium
submodule_key: y5_endocrino_endocrine_urgences_general_conducts
module_title: 5th year · Endocrinology · Endocrine emergencies and general behaviors
Faced with febrile collapse, what element should suggest acute adrenal insufficiency and not simple sepsis?
A
Known adrenal insufficiency or suggestive signs (melanoderma, compatible ionic disorders)
B
Total absence of any endocrine risk factors
C
Frank hypertension with hypokalemia
D
Facio-trunk obesity with patent hypercortisolism
Explanation: explanation: B rules out the risk area, C suggests hyperaldosteronism, D a Cushing's: none points towards adrenal insufficiency.
source_reference: Endocrine emergencies; Diabetic ketoacidosis; Hyperosmolar coma; Severe hypoglycemia; Acute adrenal insufficiency; Thyrotoxic crisis; Symptomatic hypocalcemia
source_course_title: Endocrine emergencies; Diabetic ketoacidosis; Hyperosmolar coma; Severe hypoglycemia; Acute adrenal insufficiency; Thyrotoxic crisis; Symptomatic hypocalcemia
theme: ISA vs isolated sepsis
difficulty: difficult
submodule_key: y5_endocrino_endocrine_urgences_general_conducts
module_title: 5th year · Endocrinology · Endocrine emergencies and general behaviors
What initial principle guides the management of severe hypoglycemia with impaired consciousness?
A
Rapid correction of hypoglycemia (adapted re-sugaring) after blood sugar confirmation
B
Therapeutic abstention while awaiting a complete assessment
C
Administration of synthetic antithyroid drugs
D
Administration of loop diuretics
Explanation: explanation: Abstention (B) is dangerous; antithyroids (C) and diuretics (D) are off topic.
source_reference: Endocrine emergencies; Diabetic ketoacidosis; Hyperosmolar coma; Severe hypoglycemia; Acute adrenal insufficiency; Thyrotoxic crisis; Symptomatic hypocalcemia
source_course_title: Endocrine emergencies; Diabetic ketoacidosis; Hyperosmolar coma; Severe hypoglycemia; Acute adrenal insufficiency; Thyrotoxic crisis; Symptomatic hypocalcemia
theme: Severe hypoglycemia
difficulty: medium
submodule_key: y5_endocrino_endocrine_urgences_general_conducts
module_title: 5th year · Endocrinology · Endocrine emergencies and general behaviors
What argument makes it possible to quickly distinguish a hypoglycemic coma from a ketoacidotic coma at the patient's bedside?
A
Capillary blood sugar: low in hypoglycemia, high with ketosis in ketoacidosis
B
The presence of melanoderma in hypoglycemic coma
C
Malignant hyperthermia specific to ketoacidosis
D
Exophthalmos present in both cases
Explanation: explanation: Melanoderma (B), malignant hyperthermia (C) and exophthalmos (D) are not discriminating criteria here.
source_reference: Endocrine emergencies; Diabetic ketoacidosis; Hyperosmolar coma; Severe hypoglycemia; Acute adrenal insufficiency; Thyrotoxic crisis; Symptomatic hypocalcemia
source_course_title: Endocrine emergencies; Diabetic ketoacidosis; Hyperosmolar coma; Severe hypoglycemia; Acute adrenal insufficiency; Thyrotoxic crisis; Symptomatic hypocalcemia
theme: Hypoglycemic vs ketoacidotic coma
difficulty: difficult
submodule_key: y5_endocrino_endocrine_urgences_general_conducts
module_title: 5th year · Endocrinology · Endocrine emergencies and general behaviors
What element distinguishes a thyrotoxic crisis (serious cardiothyreosis) from simple hyperthyroidism?
A
Presence of signs of seriousness (cardiovascular, neurological, hyperthermia) threatening the life-threatening prognosis
B
Simple isolated weight loss with thermophobia
C
Moderate tachycardia well tolerated without other signs
D
Isolated goiter without impact
Explanation: explanation: B, C and D describe simple hyperthyroidism without signs of severity.
source_reference: Endocrine emergencies; Diabetic ketoacidosis; Hyperosmolar coma; Severe hypoglycemia; Acute adrenal insufficiency; Thyrotoxic crisis; Symptomatic hypocalcemia
source_course_title: Endocrine emergencies; Diabetic ketoacidosis; Hyperosmolar coma; Severe hypoglycemia; Acute adrenal insufficiency; Thyrotoxic crisis; Symptomatic hypocalcemia
theme: Thyrotoxic crisis vs simple hyperthyroidism
difficulty: difficult
submodule_key: y5_endocrino_endocrine_urgences_general_conducts
module_title: 5th year · Endocrinology · Endocrine emergencies and general behaviors
What element indicates symptomatic organic hypocalcemia rather than non-organic spasmophilia?
A
Confirmed low serum calcium with objective manifestations of hyperexcitability
B
Normal serum calcium with purely emotional context
C
Associated hypercalcemia
D
A complete absence of any symptoms
Explanation: explanation: B suggests a non-organic cause, C is the opposite, D does not correspond to a symptomatic form.
source_reference: Endocrine emergencies; Diabetic ketoacidosis; Hyperosmolar coma; Severe hypoglycemia; Acute adrenal insufficiency; Thyrotoxic crisis; Symptomatic hypocalcemia
source_course_title: Endocrine emergencies; Diabetic ketoacidosis; Hyperosmolar coma; Severe hypoglycemia; Acute adrenal insufficiency; Thyrotoxic crisis; Symptomatic hypocalcemia
theme: Symptomatic hypocalcemia vs spasmophilia
difficulty: medium
submodule_key: y5_endocrino_endocrine_urgences_general_conducts
module_title: 5th year · Endocrinology · Endocrine emergencies and general behaviors
Concerning the general principles of management of endocrine emergencies, which propositions are correct?
A
Early recognition conditions the prognosis
B
Correction of hydroelectrolytic and hemodynamic disorders is a priority
C
Treatment of the triggering factor is part of the treatment
D
An exhaustive assessment must always precede any vital resuscitation procedure.
Explanation: explanation: A, B and C are valid principles. D is false: vital actions should not be delayed by an exhaustive assessment.
source_reference: Endocrine emergencies; Diabetic ketoacidosis; Hyperosmolar coma; Severe hypoglycemia; Acute adrenal insufficiency; Thyrotoxic crisis; Symptomatic hypocalcemia
source_course_title: Endocrine emergencies; Diabetic ketoacidosis; Hyperosmolar coma; Severe hypoglycemia; Acute adrenal insufficiency; Thyrotoxic crisis; Symptomatic hypocalcemia
theme: Endocrine emergencies - principles
difficulty: medium
submodule_key: y5_endocrino_endocrine_urgences_general_conducts
module_title: 5th year · Endocrinology · Endocrine emergencies and general behaviors
Among the propositions opposing endocrine emergency and chronic decompensation, which are correct?
A
An endocrine emergency has signs of immediate seriousness
B
Chronic decompensation can progress quietly before becoming complicated
C
The emergency priority is to treat the vital threat before the exhaustive etiological investigation
D
Moderate chronic decompensation always justifies the same actions as a vital emergency
Explanation: explanation: A, B and C are correct. D is false: moderate chronic decompensation does not require the same immediate actions as a life-threatening emergency.
source_reference: Endocrine emergencies; Diabetic ketoacidosis; Hyperosmolar coma; Severe hypoglycemia; Acute adrenal insufficiency; Thyrotoxic crisis; Symptomatic hypocalcemia
source_course_title: Endocrine emergencies; Diabetic ketoacidosis; Hyperosmolar coma; Severe hypoglycemia; Acute adrenal insufficiency; Thyrotoxic crisis; Symptomatic hypocalcemia
theme: Emergency vs. chronic decompensation
difficulty: difficult
submodule_key: y5_endocrino_endocrine_urgences_general_conducts
module_title: 5th year · Endocrinology · Endocrine emergencies and general behaviors
Faced with a suspicion of an endocrine emergency with signs of seriousness, explain the general principles of prioritization, without detailing the protocol or dosage.
Explanation: explanation: The trap is to delay vital actions in favor of an exhaustive assessment.
source_reference: Endocrine emergencies; Diabetic ketoacidosis; Hyperosmolar coma; Severe hypoglycemia; Acute adrenal insufficiency; Thyrotoxic crisis; Symptomatic hypocalcemia
source_course_title: Endocrine emergencies; Diabetic ketoacidosis; Hyperosmolar coma; Severe hypoglycemia; Acute adrenal insufficiency; Thyrotoxic crisis; Symptomatic hypocalcemia
theme: Prioritization in endocrine emergencies
difficulty: medium
submodule_key: y5_endocrino_endocrine_urgences_general_conducts
module_title: 5th year · Endocrinology · Endocrine emergencies and general behaviors